#r. a. moog

[stone-cold-groove]

Front cover of the Minimoog brochure circa 1974.

[lboogie1906]

Roger Troutman (November 29, 1951 – April 25, 1999) was a singer, songwriter, record producer, multi-instrumentalist, and the founder of the band Zapp.

He used the talk box, a device that is connected to an instrument to create different vocal effects. He used a custom-made talkbox—the Electro Harmonix “Golden Throat”—through a Moog Minimoog and a Yamaha DX100 FM synthesizer.

As both band leader of Zapp and in his solo releases, he scored a bevy of funk and R&B hits throughout the 1980s and regularly collaborated with hip-hop artists in the 1990s.

Born in Hamilton, Ohio, he was the fourth of ten children. A graduate of Central State University, his first band was called the Crusaders. His band played in Cincinnati and recorded a single, “Busted Surfboard”/“Seminole”. He formed various other bands with his four brothers, including Little Roger, and the Vels, and Roger and the Human Body. In 1977, he and the Human Body issued “Freedom”, their first single.

He and his brothers were discovered by George Clinton. The original line-up consisted of Troutman brothers Roger, Larry, Lester, and Terry, along with Gregory Jackson and Bobby Glover. Zapp made their professional television debut on the first and only Funk Music Awards show.

He signed with Bootsy Collins and released his self-titled debut ‘Zapp’, which yielded “More Bounce to the Ounce”. The song peaked at #2 on the Billboard Soul Singles chart. The debut album reached the top 20 of the Billboard 200.

In 1981, he cut The Many Facets of Roger, his first solo album. Featuring a funk cover “I Heard It Through the Grapevine”, which went to #1 on the R&B singles chart, the album sold over a million copies. The album featured the hit “So Ruff, So Tuff”.

He became a producer and writer for other artists. #africanhistory365 #africanexcellence

[benjamindehli]

Blade Runner: Rachel's Song (cover)

A cover version of Rachael's Song / Rachel's Song by Vangelis from the movie Blade Runner. For the lead vocal part I used a Therevox ET-4.3. 

 Instruments:

Korg MS-20: Filter and noise for vocal

Korg Polysix: Synth pad

Logan / Hohner String Melody II: Strings

Mellotron M4000D: Choir and chimes

Moog Minitaur: Bass

Rhodes Mark I Stage Piano: Electric piano

Roland D-50: Chimes

Roland SH-09: Quarter note beeps and noise

Sequential Circuits Pro-One: Brass and lead synth

Suzuki Omnichord OM-84 System Two: Harp

Therevox ET-4.3: Vocal

Yamaha DX7: Chimes

Amplifiers:

Fender Twin Reverb: Rhodes

Tandberg Model 2 T: Therevox

Microphones:

Shure SM57

Royer R-121

Effects:

Hairball Audio FET/RACK Revision D

Roland PA-120 (preamp, EQ and spring reverb)

Roland Dimension D SDD-320

Fulltone Tube Tape Echo

Chase Bliss Audio & Meris CXM 1978

DIYRE G Bus VCA Compressor

Tape recorder:

Fostex X-28H

Music: Rachel's Song from the Blade Runner soundtrack by Vangelis

[burlveneer-music]

Lady Blackbird - Slang Spirituals EP - bigger arrangements than the stripped-down instrumentation of Black Acid Soul, but her powerful voice remains at the center (there is a full LP out now but it's not on Bandcamp)

In October 2024 Lady Blackbird, producer and guitarist Chris Seefried , Foundation Music Label head and A&R Ross Allen, and Lady Blackbird’s travelling band of Kenneth Crouch (Keys), Tamar Barzilay (drums) and Johnny Flaughers (bass) took a break from extensively touring “Black Acid Soul” to lay down some tracks in Los Angeles. They decamped for a week long recording session to legendary LA studio complex East West (where the Beach Boys cut “Pet Sounds”) to put down tracks that Lady Blackbird and Chris Seefried had been writing whilst on the road… Some magic happened, the bare bones of a record and then some went down. They then moved to analogue whizz Pete Min’s “Lucy’s Meat Market” studio in Highland Park, where synths and strings were overdubbed, taking the basic tracks to the next level and often into outer orbit, with ARPs, Steinways, Mellotron, Hammond B3, Solina, Buchia synth, Bells, Moog, Pump organs, Wurlitzers, Fender Rhodes, Sitars, Clavinet, plus all manner of other cosmic analogue trickery and a string quartet lead by ace arranger Paul Cartwright. The record was taking shape….there was too much music - hence this EP - and it just needed balancing. That job fell to one of the best mixers in the world, Ken Takahashi, a man who engineers and mixes for some of the best around including current production legends Danger Mouse and Inflo.

[swedesinstockholm]

20 février

en revenant du dentiste je suis passée au workshop d'afterwork du casino, j'étais en retard et je me suis trompée d'endroit et je suis arrivée toute échevelée. y avait deux médiatrices (mon ancien job, si j'avais pas tout gâché avec mon autosabotage j'aurai peut être fini par avoir un vrai poste fixe au casino, je me demande si la femme à l'accueil m'a reconnue) et donc y avait les deux médiatrices et un type qui s'amusait tout seul avec un synthé moog, il parlait anglais et d'après ce que j'ai entendu il était étudiant. il est parti avant la fin parce qu'il était invité à une fête qu'il appelait steak party mais je sais pas si c'était une blague ou pas. la médiatrice non plus elle savait pas. il leur a demandé ce qu'elles faisaient après le travail et la blonde a dit: rentrer chez moi, manger, dormir et recommencer le lendemain d'un ton très lassé de la vie. la brune devait déménager ses quinze paires de chaussures et ses trois cent kilos d'habits dans son nouvel appartement depuis chez ses parents.

j'aurais aimé leur demander ce qu'elles faisaient à côté de leur job de médiatrice, comment elles payaient leur loyer, pourquoi elles y étaient arrivées et pas moi, mais j'ai pas levé la tête de mon moog. de son moog. c'était le moog de la brune, elle s'en sert dans ses perfs, je sais qui c'est maintenant, elle avait fait une perf dans la cave du casino pour la nuit des musées mais on était pas rentrées parce que c'était trop cher. je crois qu'elle est curatrice aussi. elle a racheté le moog à un ami à moitié prix (300 euros). je lui ai dit que je voulais m'acheter un synthé moi aussi. j'aurais bien aimé lui demander ce qu'elle faisait comme musique aussi, mais mes capacités sociales sont au plus bas et je savais pas comment m'y prendre. j'arrivais même pas à parler clairement, sans bafouiller. c'était plus simple de rester plongée dans mes expérimentations sonores sur le moog, j'avais l'impression d'être une magicienne en tournant tous les petits boutons qui faisaient des sons trop COOL je suis obligée de m'acheter un korg maintenant.

mais je dois aussi me faire extraire une dent et ça coûte 650 euros et j'avais envie de pleurer dans la voiture quand maman m'a dit que je devrais vraiment trouver un moyen de gagner de l'argent, ça me semble tellement impossible comme tache que j'ai dit ou je peux sauter d'un pont, ce serait plus simple. j'ai pas réussi à contrôler mes pulsions morbides, elles m'ont échappé et elles se sont déversées sur l'autoroute de la frontière belge. elle m'a dit de me RENSEIGNER pour voir si je pouvais pas avoir des aides c'est pas COMPLIQUÉ quand même et dans ma gorge ça poussait parce que j'arrivais pas à lui expliquer que si c'était compliqué, que ça faisait partie du problème, que j'arrivais pas à faire ces choses-là parce que quelque chose cloche très profondément dans mon fonctionnement, c'est pas juste de la phobie administrative ou de la flemme ou que sais-je, j'avais envie de lui crier oui mais pour pouvoir faire ça d'abord il faudrait que j'aie envie de vivre! c'est de l'autosabotage comme avec tout le reste. je veux pas vraiment me sortir de La Situation. y a quelque chose à l'intérieur de moi qui veut pas, qui veut pas avancer.

j'avais l'impression d'être complètement à l'ouest chez le dentiste en plus. j'étais pas à l'ouest, mais je donnais cette impression. j'avais l'impression que la secrétaire avait pitié de moi. sinon j'ai bien aimé sentir les doigts du dentiste me tenir la mâchoire, quand la machine dans ma bouche commençait à devenir trop désagréable je me concentrais sur la sensation de ses doigts contre ma peau. ce weekend j'ai lu un livre qui s'appelle vierge de constance rutherford, j'ai lu jusqu'à trois heures du matin puis toute la matinée pour le finir. l'écriture était pas terrible terrible et j'y ai trouvé plein de maladresses mais je pouvais plus m'arrêter. ça parle d'une fille de 25 ans qui habite avec sa grand-mère et qui est toujours vierge, mais elle finit par se rendre compte qu'en fait elle est lesbienne et quand elle s'en rend compte elle couche avec une fille et hop c'est fait elle est plus vierge et elle se sent normale et on la respecte à son travail elle prend des initiatives et elle décide de quitter sa coloc avec sa grand-mère et elle arrive enfin à jouer la scène de théâtre qu'elle arrivait pas à jouer parce que la prof lui disait qu'elle était pas assez sensuelle. elle s'est inscrite à des cours de théâtre parce qu'on lui disait qu'elle avait pas de corps. mais à la fin c'est le sexe qui lui a donné un corps.

tout d'un coup j'ai été prise d'un énorme doute concernant cette histoire de perf. non mais pour qui je me prends? j'ai pas de corps moi non plus. enfin personne m'a jamais confirmé que j'en avais un en tout cas. ça me fait penser à une interview de vincent dedienne où il disait que son premier spectacle était pas terrible parce qu'à l'époque il avait jamais fait l'amour et donc il avait pas de corps lui non plus. ça me semble être un passage obligé pour monter sur scène. est-ce que ça veut dire que je dois trouver quelqu'un qui veuille coucher avec moi avant de pouvoir considérer cette histoire de show? mais avant de pouvoir coucher avec quelqu'un je dois faire une psychothérapie. et avant de pouvoir faire une psychothérapie je dois trouver une psy qui prend des nouveaux patients. autrement dit c'est pas près d'arriver.

dans le livre sa vulve se met à chanter pour lui signifier qu'elle en peut plus et que ça commence à être une question de vie ou de mort. moi la mienne elle chante pas mais elle se manifeste sous forme de flash visuels. des flash intempestifs dans lesquels je me jette sur des gens pour les embrasser à pleine bouche et presser mon corps nu contre le leur. pas le dentiste, mais beaucoup de gens. principalement r. ces derniers mois. parfois je le mords. c'est son premier roman, elle l'a écrit dans le cadre de son master de création littéraire à paris 8. je me suis dit que je pouvais faire mieux. depuis j'ai commencé drifts de kate zambreno, c'est un peu chiant (je peux faire mieux) mais j'ai appris que les jours où elle travaillait pas à l'université, son quotidien ressemblait trait pour trait au mien: beaucoup de canapé et d'internet et de lecture et de email checking et de masturbation et de vidéos d'actrices interviewées dans des talk shows et même des séries, ce que je m'interdis pendant la journée, et parfois au milieu de tout ça, des moments d'écriture.

[1972kriss]

To say music is a passion of mine is understatment-of-eternety as its one of my biggest loves in my life and here, for you all, are my biggest musical inspirations and yeah, some you may know, some maybe less well known but are still inspirational to me as a wannabe composer-producer-studio only musician!

Wendy Carlos is seen here in her studio surrounded by the technology she needs to create new compositions on. Note Wendy uses Mac Computers as well as software and varied synthesizers. Note her original Packard Bell computer (yellow mustard colour buttoned one poking out) is still part of her rig. Wendy also designed and made some of the technology like the small mixer behind her middle keyboard as well as various strange e-devices like the Circon controller and she also designed software for her computers to make compositions easier. Wendy Carlos also designed and built her own mixing desk! Wendy Carlos's best known work is 'Switched on Bach' which she originally created using a big MOOG Modular synthesizer, although she reworked it with more modern instruments on an album called "Switched on Bach 2000" she also created ambient music before Brian Eno with her album "sonic seasonings" Wendy Carlos is best known for this 'Switched on' series of albums, although she has created original music for films like the original 1980 Disney computer animated film "Tron"

Tomita has done music in a similar way to Wendy Carlos, although for his classically inspired work he chose Debussy. Tomita is one who worked with big Moog modular synths to create more 'out of this world' sounds rather than trying to recreate orchestras like Wendy Carlos. His works are original and special. Later in his life he used computers to help create some of his original non classically inspired albums

Mr Boris Blank (from the group Yello) has been an inspiration to me since the mid 90s with his ability to create warm organic music using synthesizer-samplers like the Fairlight (which he is using in this 1980s picture of him in his Swiss Studio). Allegedly, he has over 1,000,000 Sounds in his sound archive and can select any sound in any of the sound folders in his library. Boris Blank is a 'sound genius'

Another special musician who inspires my music is Mr Vince Clarke, here seen in a 1980s picture with his friend-producer Eric Radcliffe and a bank of 4 - then popular - Casio CZ 101 Synthesizers and a BBC Micro computer running the U.M.I Sequencer Software which he used after becoming disillusioned by the Fairlight's complicated Page R Sequencer) although Vince now uses Mac Computers and a few software synths, he is well known for his love of Analogue modular synthesizers and keyboards and has a bank of old and new gear in his New York Studio.

Klaus Schulze is a musician who, later in his career, ditched all the stupidly over used samples and went more classically inspired. He created rhythmically sequenced music and performed his ambient electronic music live for the last time in 2010 before retiring from live performing and he became more a studio only musician. Klaus Schulze is a big personal inspiration to me as a "Wannabe musician"

[semiconductorlogs]

Brushless Positioning Controller Market : SWOT Analysis and Strategic Forecast 2025–2032

Brushless Positioning Controller Market, Trends, Business Strategies 2025-2032

Brushless Positioning Controller Market size was valued at US$ 367.4 million in 2024 and is projected to reach US$ 587.3 million by 2032, at a CAGR of 6.0% during the forecast period 2025-2032

Our comprehensive Market report is ready with the latest trends, growth opportunities, and strategic analysis  https://semiconductorinsight.com/download-sample-report/?product_id=103410

MARKET INSIGHTS

The global Brushless Positioning Controller Market size was valued at US$ 367.4 million in 2024 and is projected to reach US$ 587.3 million by 2032, at a CAGR of 6.0% during the forecast period 2025-2032.

Brushless positioning controllers are advanced motion control devices that precisely regulate the position, speed, and torque of brushless motors without mechanical commutation. These controllers are widely used in applications requiring high precision, such as CNC machines, robotics, medical equipment, and semiconductor manufacturing. The technology eliminates brush wear, reduces maintenance needs, and improves energy efficiency compared to traditional brushed motor controllers.

The market growth is driven by increasing industrial automation, rising demand for energy-efficient motor control solutions, and the growing adoption of Industry 4.0 technologies. Furthermore, advancements in motion control algorithms and the integration of IoT capabilities in modern controllers are creating new opportunities. Key players like maxon, Siemens, and Parker Hannifin Corporation are investing heavily in R&D to develop smarter, more compact controllers with enhanced performance characteristics.

List of Key Brushless Positioning Controller Companies Profiled

maxon (Switzerland)

abariscan (Germany)

ACS Motion Control (Israel)

ADVANTECH (Taiwan)

Aerotech (U.S.)

Arteco Motion Tech (Italy)

attocube systems (Germany)

Aurotek Corporation (Taiwan)

Delta Electronics (Taiwan)

Delta Tau (U.S.)

Siemens (Germany)

Schneider Electric SE (France)

Parker Hannifin Corporation (U.S.)

ABB Ltd. (Switzerland)

Detailed Segment Analysis

By Type

Uniaxial Segment Leads Market Growth Due to Precision Control in Compact Applications

The market is segmented based on type into:

Uniaxial

Subtypes: Single-axis rotary, Single-axis linear

Multi-axial

Subtypes: Dual-axis, Triaxial, and others

By Application

Positioning System Application Dominates with Increasing Automation Demand

The market is segmented based on application into:

Engine control systems

Positioning systems

Numerical control machines

Robotics

Others

By End User

Industrial Automation Sector Holds Largest Share Due to Manufacturing Modernization

The market is segmented based on end user into:

Industrial automation

Semiconductor manufacturing

Aerospace and defense

Medical equipment

Others

By Technology

Digital Controllers Growth Accelerated by Industry 4.0 Implementation

The market is segmented based on technology into:

Analog controllers

Digital controllers

Subtypes: Standard digital, Smart digital with IoT capability

Hybrid systems

Regional Analysis: Brushless Positioning Controller Market

North America The North American brushless positioning controller market is characterized by advanced manufacturing capabilities and widespread adoption in aerospace, robotics, and industrial automation. The region witnesses steady growth, driven by the U.S. government’s focus on Industry 4.0 and automation investments, with companies like Parker Hannifin and Moog leading innovation. Stringent regulatory standards in medical and defense sectors fuel demand for high-precision motion control solutions. While supply chain disruptions have impacted production, reshoring initiatives and semiconductor industry partnerships are mitigating long-term risks. The U.S. accounts for the largest share, given its mature manufacturing base and presence of key OEMs.

Europe Europe remains a high-value market where German and Italian manufacturers prioritize energy-efficient, compact controllers to comply with EU efficiency directives. The automotive sector, particularly in Germany, drives demand for multi-axial positioning systems in robotic assembly lines. A strong R&D ecosystem, supported by academic and corporate collaborations, fosters innovations in precision engineering. However, higher production costs compared to Asian markets pose challenges, leading to selective outsourcing. Environmental regulations, such as RoHS compliance, influence product designs, with companies like Siemens and Bosh Rexroth incorporating sustainable materials in high-end applications.

Asia-Pacific Dominating global production volumes, the Asia-Pacific region benefits from China’s expansive industrial automation push under initiatives like “Made in China 2025.” Local players, including Delta Electronics, aggressively compete on pricing, though Japan and South Korea maintain superiority in high-performance applications like semiconductor manufacturing. India’s growing automotive and CNC machinery sectors present emerging opportunities, albeit with cost sensitivity. The region faces sporadic component shortages but offsets this through integrated supply chains. Competitive pricing strategies and expanding manufacturing facilities position APAC as both a key consumer and exporter.

South America This market is in its nascent stages but shows gradual adoption due to foreign investments in Brazilian and Argentinian industrial sectors. Agricultural machinery and mining equipment manufacturers are primary users of brushless controllers, though reliance on imports remains high. Economic volatility and inconsistent infrastructure hinder large-scale deployments. Nevertheless, partnerships with Asian suppliers to offer cost-competitive solutions are helping local industries transition from brushed to brushless technologies. Argentina’s focus on renewable energy equipment manufacturing is opening new avenues for motion control applications.

Middle East & Africa Growth is concentrated in oil-rich Gulf nations where industrial diversification programs (e.g., Saudi Vision 2030) drive demand for automation in energy and logistics sectors. High-end applications like CNC machines in aerospace and defense are emerging, supported by government-funded technology hubs. African adoption is limited but rising in South Africa’s automotive sector. Geopolitical instability and underdeveloped supply chains slow progress, though partnerships with European and Chinese firms are gradually improving technology transfer. The UAE’s focus on smart factories offers long-term potential for advanced positioning systems.

MARKET DYNAMICS

The brushless positioning controller market continues to face supply chain disruptions affecting critical components such as high-grade magnets, precision bearings, and semiconductor chips. These challenges emerged during global supply chain crises and have proven persistent, with lead times for certain specialty components stretching beyond six months. Manufacturers must navigate these constraints while maintaining quality standards, often requiring expensive inventory buffers or alternative sourcing strategies.

Technical Support Gap As controller technology becomes more sophisticated, finding technicians with the specialized knowledge to install, configure, and troubleshoot these systems has grown increasingly difficult. This skills gap threatens to slow adoption rates despite the clear performance advantages of brushless systems.

Emerging Applications in Medical Robotics Create New Growth Frontiers

The expanding field of surgical and diagnostic robotics presents a significant opportunity for brushless positioning controller manufacturers. These medical applications demand extreme precision combined with compact form factors and absolute reliability. Recent advances in minimally invasive surgical techniques have created requirements for controllers capable of smooth, vibration-free motion at very low speeds with perfect repeatability. Major medical device companies are actively seeking partnerships with motion control specialists to develop next-generation robotic systems.

Energy Efficiency Regulations Drive Replacement Demand Increasing global emphasis on energy efficiency in industrial equipment is prompting manufacturers to upgrade older, less efficient motion control systems. Modern brushless controllers typically offer 30-50% better energy efficiency compared to traditional solutions, creating compelling ROI arguments for replacement cycles. This trend aligns with sustainability initiatives across multiple industries and regulatory pressures to reduce industrial energy consumption.

The market is highly fragmented, with a mix of global and regional players competing for market share. To Learn More About the Global Trends Impacting the Future of Top 10 Companies https://semiconductorinsight.com/download-sample-report/?product_id=103410

FREQUENTLY ASKED QUESTIONS:

What is the current market size of Global Brushless Positioning Controller Market?

Which key companies operate in Global Brushless Positioning Controller Market?

What are the key growth drivers?

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What are the emerging trends?

CONTACT US: City vista, 203A, Fountain Road, Ashoka Nagar, Kharadi, Pune, Maharashtra 411014 [+91 8087992013] help@semiconductorinsight.com

[low-pass-lullabies]

Ok, if you're knowledgeable about modular synths and/or circuits in general and you have the time to help me troubleshoot unstable pitches on multiple oscillators, I'd really appreciate it. Info below the break due to having a lot of context from prior troubleshooting to go through. So anyway here's the sich:

Behavior:

- Pitch is wobbling back and forth at varying speeds. Sometimes trending upwards, sometimes staying within a certain margin. Usually the wobble is very small (changing at a rate of around 0.1Hz/s) but sometimes its much more noticeable. Even when unnoticeable at first, everything is of course still slowly being detuned over time.

What is exhibiting the behavior:

- Instruo Ts-L

- Pittsburgh Modular Local Parks

- Makenoise Maths (only tested when turned up to audio frequency)

- Moog Mother 32's oscillator

- Moog DFAM's oscillators

Setup:

Local Parks, Ts-L, and Maths have been together in a a Tiptop Audio Mantis, using its built-in power supply and provided power brick. A sticker on the back of the Mantis says "13v", and while the power brick is 12v, it had been working up until now, and did come with the case. The Mother 32 and DFAM have been in their provided cases from Moog, and have been powered via the provided DC adapter. A 4ms Pod64x was used in troubleshooting as well, which has been using its built in power supply and the provided 15v power brick.

Circumstances:

Testing has been done on a Mordax Data. The Local Parks, Ts-L and Maths have been plugged into the same case for some time now. That case has been consistently plugged in but powered off. After several months of hiatus, I booted it up and noticed an audibly unstable pitch. There were several thunderstorms in the weeks prior, resulting in the power going out a couple times. The two Moog simi-modular synths had been unplugged for those several months until I plugged them back in for testing this problem.

Data points from troubleshooting:

(Testing was done using the Mordax Data's tuner and voltage monitor features.)

- Wobble persists after moving the three non-moog modules from the Mantis to the Pod64x, testing together as well as one at a time

- Persists after changing the ribbon cables

- Persists after changing which header in each case they were plugged into

- Persists across multiple power outlets in different areas of the house.

- Persists when testing the Ts-L in an outlet in another house.

- Persists across multiple wave outputs on each oscillator

- The attenuverters on Maths and the "mix" (attenuator) on the Mother 32 both output a constant voltage

- Using the v/oct input transposes the pitch correctly, but the wobble doesnt go away.

- If i let the pitch drift and then power the case off and back on, the pitch will return to its original tuning before the drift

- As emphasis: the two Moog synths were in no way connected to my main eurorack case. Neither by power or patch cables

- Yesterday I tried unplugging the Data, but the change in pitch at the time was too small to be noticable (showed on Data as changing every half second in increments of .01Hz.)

Im kinda at a loss at this point. I asked about it in the r/modular subreddit, and someone said they had the same issue with their Mother 32 when it was underpowered, but i know for sure that the Pod64x and Moog synths are sufficiently powered. I tried two different houses, but they both use the same utility company? If the problem is the utility company for the entire area, I feel like I wouldnt be the first person to learn about this. Idk man im stumped. If anyone has any insight, I'd be really grateful. I just wanna make (in-tune) music again, man.

[dineshblogsimr]

Electro Hydrostatic Actuator Market is projected to reach US$ 587.6 million by 2032, at a CAGR of 7.7%

Global Electro Hydrostatic Actuator Market size was valued at US$ 347.8 million in 2024 and is projected to reach US$ 587.6 million by 2032, at a CAGR of 7.7% during the forecast period 2025-2032. The U.S. market accounted for 32% of global revenue in 2024, while China’s market is expected to grow at a faster 6.8% CAGR through 2032.

Electro Hydrostatic Actuators are self-contained hydraulic systems that combine electric motors, pumps, and cylinders into single units, eliminating the need for external hydraulic supplies. These compact, high-precision actuators are widely used in aerospace, industrial automation, and energy applications where precise motion control is critical. The technology offers advantages like reduced maintenance, higher energy efficiency, and improved reliability compared to traditional hydraulic systems.

The market growth is primarily driven by increasing automation across industries and stricter energy efficiency regulations. The aerospace sector particularly contributes to demand, with EHAs being increasingly adopted in aircraft flight control systems. However, high initial costs and technical complexity pose challenges for wider adoption. Key players like Moog, Parker Hannifin, and Bosch Rexroth are investing in R&D to develop more compact and cost-effective solutions, with several new product launches expected in 2024-2025 to address emerging market needs.

Get Full Report : https://semiconductorinsight.com/report/electro-hydrostatic-actuator-market/

MARKET DYNAMICS

MARKET DRIVERS

Increasing Adoption in Aerospace Applications to Drive Market Growth

The aerospace industry represents one of the largest application areas for Electro Hydrostatic Actuators (EHAs), with their adoption growing steadily across commercial and military aircraft programs. These actuators provide significant advantages over traditional hydraulic systems, including weight reduction of approximately 30-50%, improved energy efficiency through localized power delivery, and enhanced reliability due to fewer mechanical components. Recent technological advancements in power electronics and servo controls have further improved EHA performance metrics, making them indispensable for critical flight control surfaces like ailerons, elevators, and rudders. For instance, the Boeing 787 Dreamliner utilizes EHAs for its spoiler system, demonstrating the technology’s reliability in modern aircraft architectures.

Industrial Automation Trends Fueling EHA Demand

The ongoing Industry 4.0 revolution is creating substantial demand for high-performance motion control solutions like EHAs across manufacturing sectors. Unlike conventional hydraulic systems, EHAs eliminate the need for centralized hydraulic power units, reducing energy consumption by 40-60% in industrial applications while improving positional accuracy through closed-loop control. This is particularly valuable in precision manufacturing operations such as automotive assembly lines, semiconductor fabrication, and heavy equipment production. The growing emphasis on predictive maintenance capabilities in smart factories further enhances the appeal of EHAs, as their digital nature enables easier integration with Industrial IoT platforms for condition monitoring.

MARKET RESTRAINTS

High Initial Costs and Limited Awareness Impeding Widespread Adoption

Despite their technical advantages, EHAs face significant market penetration challenges stemming from their substantially higher initial costs compared to conventional hydraulic systems. The premium pricing—often 150-200% higher than equivalent hydraulic actuators—creates substantial resistance among cost-sensitive industries. This price differential primarily reflects the complex integration of high-performance servo motors, precision hydraulic pumps, and advanced control electronics within compact EHA packages. Many potential end-users remain unfamiliar with the life-cycle cost benefits that can outweigh the initial investment through energy savings and reduced maintenance overheads.

Technical Limitations in Certain Applications EHAs demonstrate superior performance in medium-power applications (typically 1-50kW range) but face physical constraints in very high-power industrial scenarios exceeding 100kW, where traditional hydraulic systems still dominate. The technology also requires careful thermal management in continuous-duty applications, as heat dissipation from integrated electric motors can challenge packaging constraints. These technical limitations restrict EHA adoption in sectors like heavy construction equipment and large-scale material handling operations.

MARKET CHALLENGES

Supply Chain Vulnerabilities Create Production Bottlenecks

The global EHA market faces mounting challenges from prolonged lead times for critical components, particularly high-performance permanent magnet motors and precision hydraulic components. Many manufacturers report component delivery delays extending beyond 6-9 months due to concentrated supply chains and specialized material requirements. For example, rare-earth magnets essential for high-torque-density servo motors remain subject to geopolitical supply risks. This situation forces EHA producers to maintain inflated inventory levels or redesign products around available components—strategies that erode profitability and delay time-to-market for new applications.

Regulatory Compliance Complexities Certification requirements for EHAs in safety-critical applications involve rigorous validation processes that can consume 18-24 months in aerospace and energy sectors. The lack of standardized qualification protocols across regions further complicates global market expansion efforts. Recent updates to functional safety standards such as ISO 13849 for industrial machinery impose additional verification burdens on EHA manufacturers.

MARKET OPPORTUNITIES

Expansion into Renewable Energy Systems Opens New Growth Avenues

The renewable energy sector presents compelling opportunities for EHA deployment, particularly in wind turbine pitch control systems and hydroelectric plant governors. Modern multi-megawatt wind turbines increasingly adopt electro-hydrostatic pitch systems to replace hydraulic designs, attracted by their higher reliability in harsh operating conditions and reduced maintenance requirements—a critical consideration for offshore installations. Industry estimates suggest retrofitting existing wind farms with EHAs could deliver operational cost reductions of 20-30% over remaining asset lifetimes. Similar benefits are being realized in hydropower applications where EHAs improve grid frequency response through faster governor actuation compared to traditional oil-based systems.

Technological Convergence with AI and Edge Computing

The integration of EHAs with emerging technologies creates transformative opportunities across multiple industries. Embedding AI-powered predictive maintenance algorithms directly into actuator controllers enables real-time wear monitoring and failure prediction, potentially extending service intervals by nearly 40%. The transition to distributed digital control architectures in industrial automation also favors EHA adoption, as their networked interfaces simplify connectivity with edge computing platforms. These technological synergies position EHAs as key enablers for next-generation smart machinery and autonomous systems.

ELECTRO HYDROSTATIC ACTUATOR MARKET TRENDS

Increased Demand for Energy-Efficient Motion Control Systems Drives Market Growth

The global electro hydrostatic actuator (EHA) market is experiencing significant growth due to rising demand for precise motion control systems across industries such as aerospace, energy, and manufacturing. EHAs, which combine hydraulic power with electric motor control, offer superior energy efficiency compared to traditional hydraulic systems—reducing energy consumption by up to 60% in industrial applications. This efficiency is particularly valuable as industries face mounting pressure to meet sustainability targets while maintaining high-performance standards. Recent advancements in servo-valve technology and compact pump designs have further improved EHA reliability, making them attractive for mission-critical applications where precision and uptime are paramount.

Other Trends

Adoption in Aerospace and Defense Applications

The aerospace sector accounts for approximately 32% of global EHA demand, driven by the need for lightweight, reliable flight control systems. Modern aircraft increasingly utilize EHAs for primary flight surfaces because they eliminate complex hydraulic piping while providing redundant fail-safe operation. Military applications are adopting EHAs for unmanned systems and next-generation fighter aircraft where power-to-weight ratios and stealth characteristics are crucial. Recent contracts worth over $1.2 billion for advanced actuator systems demonstrate the defense sector’s commitment to this technology.

Integration with Industrial IoT and Predictive Maintenance

Industrial facilities are integrating EHAs with IIoT platforms to enable condition monitoring and predictive maintenance—a trend expected to grow at 18% CAGR through 2030. Smart EHAs equipped with vibration sensors and pressure transmitters can detect impending failures weeks in advance, reducing unplanned downtime by up to 45%. This capability is particularly valuable in power generation facilities where actuator failures can trigger costly shutdowns. Manufacturers are now offering cloud-connected EHAs with built-in analytics, allowing operators to optimize performance parameters remotely—a feature that’s becoming standard expectation in modern industrial automation projects.

Material Science Innovations Enable Harsh Environment Operation

Breakthroughs in material science are expanding EHA applications into extreme environments. New high-temperature seals and corrosion-resistant alloys enable reliable operation in offshore oil rigs where equipment routinely faces saltwater exposure and pressures exceeding 5,000 psi. Similarly, space-grade EHAs using specialized lubricants can function in vacuum conditions, opening opportunities in satellite deployment systems. These material advancements have increased average product lifespan from 50,000 hours to over 80,000 hours in challenging operating conditions—a key factor driving replacement demand across heavy industries.

COMPETITIVE LANDSCAPE

Key Industry Players

Market Leaders Expand Technological Capabilities to Maintain Competitive Edge

The global electro hydrostatic actuator (EHA) market features a moderately consolidated competitive landscape, dominated by established automation and motion control specialists alongside emerging regional players. Moog Inc. holds a leading position, accounting for approximately 18% of 2024 market revenue, driven by its vertically integrated manufacturing and military aerospace applications. This technical superiority has allowed Moog to secure long-term contracts with defense OEMs and expand its commercial aviation footprint.

Rotork plc and Emerson Electric Co. collectively represent nearly 25% of market share, owing to their diversified actuator portfolios and strong distribution networks across oil & gas sectors. Both companies have made strategic acquisitions in recent years to enhance their EHA capabilities, particularly for subsea and harsh environment applications. The shift toward electric actuation in traditional hydraulic markets has prompted these players to increase R&D spending by an estimated 12-15% annually.

Chinese manufacturers like China Huadian and Tefulong are gaining traction in APAC markets through cost-competitive solutions for power generation equipment. However, their market penetration in North America and Europe remains limited due to stringent certification requirements and preference for established Western brands in critical infrastructure projects.

Several mid-sized specialists including Rexa and HOERBIGER are carving out niches in specific applications. Rexa’s patented parallel piston technology has become an industry benchmark for high-force linear actuators, while HOERBIGER dominates turbine control systems with failure-proof designs. Both companies actively collaborate with end-users to develop customized solutions – a strategy that has yielded 30-40% of their annual revenue from aftermarket services.

List of Key Electro Hydrostatic Actuator Manufacturers

Moog Inc. (U.S.)

Emerson Electric Co. (U.S.)

Rotork plc (U.K.)

HOERBIGER (Switzerland)

China Huadian Corporation (China)

Rexa (U.S.)

KOSO (Japan)

Bell Automotive (Germany)

Rotex Controls (India)

RPMTECH (South Korea)

SAMSON (Germany)

Tefulong (China)

Voith (Germany)

Woodward (U.S.)

Segment Analysis:

By Type

Switch-Based Actuators Drive Market Growth Due to Enhanced Control and Safety Features

The market is segmented based on type into:

With a Switch

Without a Switch

By Application

Energy Sector Leads Demand for Electro Hydrostatic Actuators in Valve and Turbine Control

The market is segmented based on application into:

Energy

Manufacturing

Others

By End User

Industrial Automation Providers Gain Traction Through Technological Advancements

The market is segmented based on end user into:

Oil & Gas

Power Generation

Aerospace & Defense

Industrial Automation

By Technology

Smart Actuators Emerge as Key Trend With IoT Integration Capabilities

The market is segmented based on technology into:

Conventional

Smart IoT-enabled

Regional Analysis: Electro Hydrostatic Actuator Market

North America The North American Electro Hydrostatic Actuator (EHA) market is driven by advanced aerospace and industrial automation sectors, particularly in the U.S., which accounts for over 60% of regional demand. The presence of key players like Moog and Emerson accelerates technological advancements, focusing on precision and energy efficiency. Strict regulatory standards in aerospace (FAA) and energy (EPA) sectors necessitate high-performance EHA systems. However, high production costs and supply chain complexities pose challenges. Investments in renewable energy projects, such as wind turbine installations, are creating new opportunities for actuator applications in pitch control systems.

Europe Europe’s EHA market is propelled by stringent industrial safety norms (EU Machinery Directive) and renewable energy adoption. Countries like Germany and France lead in manufacturing automation, with HOERBIGER and Voith dominating the hydraulic actuator segment. The region’s push toward electrification in aviation (e.g., Airbus’s electrification initiatives) is fostering demand for lightweight EHAs. However, slow adoption in traditional industries due to high retrofit costs limits growth. Collaborative R&D projects between academia and corporations aim to enhance actuator efficiency, particularly for offshore wind farms and smart factories.

Asia-Pacific Asia-Pacific is the fastest-growing EHA market, with China and Japan contributing over 50% of regional revenue. Rapid industrialization and government initiatives like Made in China 2025 boost demand for automation in manufacturing. Local players such as China Huadian and KOSO compete on price, while international brands focus on high-end applications like semiconductor manufacturing. India’s expanding energy sector also drives actuator deployments in turbine control systems. However, inconsistent quality standards and intellectual property concerns remain barriers for premium suppliers.

South America In South America, the EHA market is nascent but growing, with Brazil and Argentina leading due to oil & gas and mining activities. Economic instability and reliance on imported actuator components hinder market expansion. However, increasing investments in hydropower and mining automation (e.g., Vale’s autonomous drilling projects) present niche opportunities. Local manufacturers face competition from global brands like Rotork, which leverage established distribution networks.

Middle East & Africa The Middle East’s EHA market is fueled by oil & gas infrastructure upgrades and desalination plant expansions. The UAE and Saudi Arabia are key markets, with SAMSON and Woodward supplying actuators for critical valve control applications. Africa’s growth is slower but emerging in mining and power generation. Challenges include limited technical expertise and geopolitical risks, though partnerships with international firms are gradually improving accessibility to advanced actuator solutions.

Explore a Sample Report : https://semiconductorinsight.com/download-sample-report/?product_id=97685

Report Scope

This market research report provides a comprehensive analysis of the global and regional Electro Hydrostatic Actuator markets, covering the forecast period 2024–2032. It offers detailed insights into market dynamics, technological advancements, competitive landscape, and key trends shaping the industry.

Key focus areas of the report include:

Market Size & Forecast: Historical data and future projections for revenue, unit shipments, and market value across major regions and segments.

Segmentation Analysis: Detailed breakdown by product type (with/without switch), application (energy, manufacturing, others), and end-user industry to identify high-growth segments.

Regional Outlook: Insights into market performance across North America, Europe, Asia-Pacific, Latin America, and Middle East & Africa, including country-level analysis.

Competitive Landscape: Profiles of leading market participants including Bell, Emerson, Moog, Rotork, and Woodward, with analysis of their product portfolios and strategic developments.

Technology Trends & Innovation: Assessment of emerging actuator technologies, integration with smart systems, and evolving industry standards.

Market Drivers & Restraints: Evaluation of factors driving market growth along with challenges like supply chain constraints and regulatory compliance.

Stakeholder Analysis: Strategic insights for component suppliers, OEMs, system integrators, and investors regarding market opportunities.

Primary and secondary research methods are employed, including interviews with industry experts, data from verified sources, and real-time market intelligence to ensure accuracy and reliability.

Customisation of the Report

In case of any queries or customisation requirements, please connect with our sales team, who will ensure that your requirements are met.

Related Reports :

Contact us:

help@semiconductorinsight.com

+91 8087992013

[bamsmuzic]

🅵🆁🅴🅴 🆅🆂🆃 & 🅰🅿🅿│🅹🆄🅽19-2025 "🅻🅸🆅🅴"

– – Filt-R Dev: TiaGolr ▼Download▼ FILT-R is a cross-platform filter modulator based on plugins like ShaperBox and FilterShaper. It is the second version of FLTR-1 JSFX for the Reaper DAW. It includes 6 filter types: Linear, Sallen-Key, Moog, 303, MS-20 and Phaser. The filters also come with different modes and slopes. Features 6 Unique filters with different slopes and modes 5 Modes per…

[stone-cold-groove]

Front panel from the Minimoog Model D brochure - 1970.

[news24-amit]

Commercial and Defense Aviation Sectors Propel Actuator System Market

The global aviation actuator system market is poised for substantial growth, projected to expand from US$ 1.7 Bn in 2022 to US$ 3.1 Bn by 2031, at a compound annual growth rate (CAGR) of 6.8% from 2023 to 2031. Actuator systems are critical in controlling various functions of aircraft, from flight control surfaces and landing gear to thrust reversers and utility systems. With increasing demand for air travel, the need for advanced, reliable, and fuel-efficient actuator systems has become more pronounced across commercial and defense aviation sectors.

Market Drivers & Trends

1. Rising Air Transportation Services Globalization, urbanization, and growing tourism and trade activities have significantly increased demand for air travel. This, in turn, is driving the demand for modern and efficient aircraft equipped with advanced actuator systems. As airlines expand their fleets, there is a heightened need for scalable and easily maintainable systems.

2. Surge in Aviation Industry Investments The aviation sector is undergoing a technological transformation with increased R&D investments aimed at developing lightweight, efficient, and eco-friendly aircraft components. The shift toward electric and hybrid propulsion systems has also necessitated the development of new actuator technologies that enhance performance while meeting sustainability goals.

Latest Market Trends

Electric and Hybrid Aircraft Propulsion: Electric and hybrid aircraft require precise actuation for safety and performance, spurring the need for next-generation actuator systems.

Use of Lightweight Materials: To reduce weight and improve fuel efficiency, manufacturers are adopting composite materials and advanced alloys in actuator system design.

Adoption of Electromechanical Actuators (EMAs): EMAs are gaining popularity due to their improved control, reduced maintenance needs, and compatibility with electric aircraft platforms.

Key Players and Industry Leaders

Prominent companies dominating the aviation actuator system landscape include:

Moog Inc.

Honeywell International Inc.

Collins Aerospace

General Electric

Safran

PARKER HANNIFIN CORP

Aero Space Controls Corporation

ITT INC.

Woodward Inc.

Microsemi

SAM GmbH

Crissair, Inc.

These companies focus on continuous innovation, strategic partnerships, and expanding their product portfolios to maintain a competitive edge in the global market.

Access important conclusions and data points from our Report in this sample - https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=51987

Recent Developments

Moog Inc. (October 2022): Successfully supported the Gremlins air recovery mission with advanced precision motion control, including the airborne recovery of an X-61A Gremlins Air Vehicle.

Hanwha Aerospace (August 2022): Partnered with Vertical Aerospace to develop Electromechanical Actuators for VX4 eVTOL aircraft, reinforcing the shift toward electric aviation technologies.

Market Opportunities

Sustainability Initiatives: Increasing emphasis on reducing carbon emissions opens avenues for electric actuator systems.

Integration of AI and IoT: Smart actuators with embedded diagnostics and predictive maintenance capabilities can enhance system performance and safety.

Defense Sector Growth: Rising defense budgets and modernization of military aircraft present significant opportunities for actuator system providers.

Future Outlook

The aviation actuator system market will continue to grow steadily, driven by increased fleet sizes, demand for fuel-efficient aircraft, and evolving regulatory frameworks supporting green aviation. Continued R&D investment, especially in electric and smart actuators, is likely to shape the future of aviation motion control systems.

Market Segmentation

By Actuator Type

Mechanical Actuator

Hydraulic Actuator

Electric Actuator

Others (Piezoelectric, Pneumatic, Electro hydrostatic)

By Application

Flight Control

Auxiliary Control

Utility Actuation

Others (Weapons Bay Door Drive)

By End-use

Commercial Aviation

Defense

Regional Insights

Asia Pacific emerges as the leading region, accounting for the largest share in 2022. Factors driving regional growth include:

Rising air traffic and commercial aircraft demand

Supportive government policies for aerospace manufacturing

Strategic initiatives such as India’s "Make in India" program

Notable Development: In February 2024, the Airbus Defence and Space Quality Management System for the C295 aircraft was approved by India’s DGAQA for production in India, marking a significant step in domestic aerospace capabilities.

Other key regions include:

North America: Strong defense aviation market and innovation leadership

Europe: Regulatory focus on emissions and technological innovation

Middle East & Africa & South America: Emerging markets with growing demand for air connectivity

Frequently Asked Questions

1. What is the market size of the aviation actuator system market in 2022? The market was valued at US$ 1.7 Bn in 2022.

2. What is the projected market value by 2031? The market is expected to reach US$ 3.1 Bn by 2031.

3. What is driving the aviation actuator system market growth? Growth is driven by the increase in air transportation, technological advancements, and surge in aviation investments.

4. Which region leads the global market? Asia Pacific dominated the global aviation actuator system market in 2022.

5. Who are the key players in the industry? Leading companies include Moog Inc., Honeywell, GE, Safran, Collins Aerospace, and PARKER HANNIFIN CORP, among others.

6. What are the emerging trends in the market? Trends include adoption of electric propulsion, use of EMAs, and integration of smart technologies in actuator systems.

7. What opportunities exist in the market? Opportunities lie in sustainable aviation, AI-driven actuator systems, and military aircraft modernization.

8. What are the major applications of aviation actuator systems? They are used in flight control, auxiliary systems, landing gear, and utility actuation.

Explore Latest Research Reports by Transparency Market Research: Image Sensor Market: https://www.transparencymarketresearch.com/image-sensors-market.html

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About Transparency Market Research Transparency Market Research, a global market research company registered at Wilmington, Delaware, United States, provides custom research and consulting services. Our exclusive blend of quantitative forecasting and trends analysis provides forward-looking insights for thousands of decision makers. Our experienced team of Analysts, Researchers, and Consultants use proprietary data sources and various tools & techniques to gather and analyses information. Our data repository is continuously updated and revised by a team of research experts, so that it always reflects the latest trends and information. With a broad research and analysis capability, Transparency Market Research employs rigorous primary and secondary research techniques in developing distinctive data sets and research material for business reports. Contact: Transparency Market Research Inc. CORPORATE HEADQUARTER DOWNTOWN, 1000 N. West Street, Suite 1200, Wilmington, Delaware 19801 USA Tel: +1-518-618-1030 USA - Canada Toll Free: 866-552-3453 Website: https://www.transparencymarketresearch.com Email: sales@transparencymarketresearch.com

[burlveneer-music]

Homunculus Res - Ecco l'impero dei doppi sensi - Canterbury-inspired prog rock from Italy

All tracks by Dario D'Alessandro except 04 (Davide Di Giovanni) Dario D'Alessandro: vocals - [R]hythmic guitar - keyboards - glockenspiel, bass on 01 Davide Di Giovanni: organ - piano - synth - bass on 04 Mauro Turdo: [L]ead guitar Daniele Di Giovanni: drums, percussion Daniele Crisci: bass James Strain: oud on 01 Massimo Giuntoli: keyboards on 02 Giorgio Trombino: alto sax, flute on 02 Dominique D'Avanzo: vocals, flute, recorder, clarinet on 04 Emanuele "Sterbus" Sterbini: vocals on 04 Marco Monterosso: guitar on 05 Alan Strawbridge: vocals on 08 Giovanni Parmeggiani: moog, polysix, fender rhodes on 08 Giuseppe Turdo: french and english horn, oboe, trumpet on 04 and 07 Dario Lo Cicero: panaulon, flute, bassoon, trombone, cristal baschet on 09 and 10 Mila Di Addario: tangent piano (09), angelica glass harp (10) Federico Cardaci: arp odyssey, oberheim, digitone, memotron on 10 Luciano Margorani; guitar on 10 Andrea Cusumano: whistle on 09 Enea Turdo: vocals on 10 Drums recorded by Marco Monterosso Mix and Master by James Strain Artwork by Dario D'Alessandro

[pekuto]

ARP Odyssey その2

結局、カントリーギター的な響きを軸に据えたアレンジに「なんとなく」でダイアトニック的な響きを加えてしまえば、楽曲の印象も「なんとなく」になってしまうはずで、ただ、その原因となるカントリーとダイアトニックの関係性は一般的に認知されているものではない分、そ��を無自覚に物事を進めてしまうのも、まあまあやりがちな事ではあるだろうと。一般的に認知されている事ではないからと言って、自分が気になっている箇所をスルーするのも、それは違う訳で、なのでそこはちゃんとやっておかないと、そういう事って後々悔いを残しますよね。

そもそもシンセで普通のダイアトニックコードの転回形のような音を出しても、あんまり IDM ぽくはならないというのもありますし、その IDM の中でちゃんとギターの音がカントリーギター然とする事を目指するなら、より意識をしてダイアトニック的な響きを楽曲から省いく方が、自分の意図が伝わりやすくなるだろうと。

と、思い始めたちょうどその頃、自分はたまたま Random Souce（R*S）の Serge を使い始めていたのですが、これは本当に偶然なのですが、R*S はそういう自分の向いている方向にピッタリの楽器だったのですよね。やっぱり普通の鍵盤シンセと比べて、モジュラーシンセは出せる倍音の幅が広くて複雑で、それでもちゃんと有機的で、本当に豊かな響きが得られるのです。なので、例えば音をワッと広げたい場面でも R*S なら2声の対旋律をちょっと組んであげて、下で低域をドローンで鳴らして、あとはそれぞれの音に H949 なりアナログディレイなりのエフェクトを掛けて、それをちょっと pan で振ってあげれば、ポリシンセの5声で鳴らす和音に引けを取らない、大きな音像を作ることができてしまうのです。

モジュラーシンセはある面、平均律そのものからの解放を目指した楽器でもありますから、放っておいてもダイアトニックコード的な響きではない音の方向になっていく傾向があります。そういう意味では、意図せず、自分がダイアトニック的な響きから離れた所にいたのはあったのだと思います。そこから色々考えていたら、自然音階とダイアトニックの違いなどを意識できるようになっていった感じなのだと思います。

それまで自分がイメージしていたシンセの音は、いわゆるシンセサイズされた音と鍵盤の和音から得られる印象を一つに捉えていたものなのですが、そこが意識できるようになってくると、この二つは分けた方が良いだろうと。自ずと和音の要素を省いた所で成立するモノシンセばかりを使うようになってしまい、ポリシンセは電源を入れない事の方が多くなってしまうのでした。そして、もう少しモノシンセのバリエーションが欲しくなるのです。その頃、Chroma Polaris は壊れており、眠ったままになっていましたので、あとは Moog Grandmother も使っていませんでしたので、Polaris を修理するよりはその二つを ARP Odyssey に変えたらとても美しいではありませんかと。

（こうやって他人が上手に使っている音を聞くと、手放さない方が良かったかな・・と思う日もありますが）

Chroma Polaris は ARP のフィルターを搭載してますので、70s 的な空気感を作るのにとても重宝していたのですが、ARP の 70s 的な空気感が欲しいなら Polaris よりは Odyssey の方がむしろそのものズバリな訳で、ポリフォニック機能を使わないなら Odyssey の方が余計に自分の目的には合っているだろうと。付け加えると、Polaris は1984年発売のシンセなので、基本現代的なシンセの音が鳴る部類ではあるのです。Polaris は微妙に70s の雰囲気ではなかったというのもありました。Polaris は構造的にはとても面白いですし、全然嫌いじゃないのですが、如何せん置き場所問題がありますから、まあ、断捨離です。

Odyssey は、70s そのものズバリを目的に買うので Korg のリイシューではなく、もちろん古い方のです。欲を言えば、そりゃ rev1 の、所謂モーグ��ィルターの乗ってる奴が欲しい、とも思いましたが、まあ、自分が欲しいタイミングで日本の古いシンセ屋さんにそれが出ていないということは、これはもう縁がないんです。

rev2 と rev3 なら、自分なら rev3 。原宿のシンセ屋さんの主は「2も3も、だいたい一緒」と仰っておられましたが、自分もそう思います。ただ、rev3 の方がガワの共振音がデッドな分、タイトな音が鳴る（気がする）ので、自分はそっちを選びました。rev3 でも十分、濃いぃ 70s の音が鳴ります。ベタな表現を使えば、レコードみたいな音がします。Odyssey は2音ポリにもなりますので（adsr の r を短くしないと不自然になりますが）、自分の対旋律を組む使い方でも、その旋律を鍵盤で探れるので、これもポイント高いです。

CS15 と比べると、Odyssey は env の動きがとても有機的です。生き物のような音の変化があります。CS15 に限らず、日本の古いアナログシンセの env は、概ねそこがぶっきらぼうな動き方をしますので、そこは結構差があるかな・・とは思いました。vco の音やフィルターの音の楽しさなら、日本のシンセも全然負けていません。

悪い点をあげますと、やはり評判通り、スライダーの使いずらさは特筆すべきものがあります。見事に使いづらいです。ベンダーも使いづらいです。まあ、ここら辺は慣れようと思います。

[ewoeastwestoffroad]

The Ultimate Guide to Heavy-Duty Off-Road Steering: Tie Rods, High Steer Kits & More

When it comes to off-road performance, your steering system is one of the most critical components. Weak factory parts can fail under stress, leaving you stranded on the trail. That’s why serious off-roaders upgrade to heavy-duty steering components like One Ton Tie Rod Ends, High Steer Kits, and Y Link Systems.

In this guide, we’ll break down the best steering upgrades for your rig, whether you’re running a Dana 44, Dana 60, or need GM-specific parts like Offset Tie Rod Ends. We’ll also compare 7/8” vs. 7/8-18 Tie Rods, discuss Y Link Over-the-Knuckle vs. Under-the-Knuckle setups, and highlight why East West Offroad (EWO) is the go-to brand for bulletproof steering solutions.

1. One Ton Tie Rod Ends: The Gold Standard for Off-Road Strength

Factory tie rods bend and break under extreme conditions. One Ton Tie Rod Ends are built to handle massive loads, making them ideal for:

Rock crawling

Mudding

High-speed desert running

Why upgrade? ✔ Thicker construction resists bending ✔ Heat-treated forgings for maximum durability ✔ Compatible with Dana 44 & Dana 60 axles

EWO’s One Ton Tie Rod Ends are trusted by hardcore off-roaders for their unbeatable strength.

2. High Steer Kits vs. Crossover Kits: Which is Right for You?

High Steer Kit Benefits:

Moves the drag link above the knuckle for better clearance

Reduces bump steer on lifted rigs

Ideal for extreme articulation

Crossover Kit Benefits:

Stronger than stock inverted-Y steering

Better for moderate lifts

Easier to install than high steer

Which one should you choose?

Rock crawlers & buggies → High Steer Kit

Daily-driven trail rigs → Crossover Kit

3. Dana 44 vs. Dana 60 Tie Rod Ends: Which Axle Needs an Upgrade?

FeatureDana 44 Tie Rod EndsDana 60 Tie Rod EndsStrengthGood for light to moderate off-roadingBuilt for extreme loadsCompatibilityJeeps, Broncos, ToyotasHeavy-duty trucks, full-size rigsBest UseTrail riding, overlandingRock crawling, competition rigs

Upgrade Tip: If you’re running 37”+ tires, Dana 60 Tie Rod Ends are a must.

4. Y Link Kits: Over-the-Knuckle (OTK) vs. Under-the-Knuckle (UTK)

A Y Link Kit replaces weak factory steering with a stronger, triangulated setup. But should you go OTK or UTK?Y Link Over-the-Knuckle (OTK)Y Link Under-the-Knuckle (UTK)✔ Better ground clearance✔ Easier to install✔ Improved steering angles✔ Works with stock knuckles✔ Best for high-lift rigs✔ Good for mild to moderate lifts

EWO’s Y Link Kits come in both configurations, so you can choose the best fit for your build.

5. 7/8” vs. 7/8-18 Tie Rods: What’s the Difference?

7/8” Tie Rods – Standard size for most aftermarket steering

7/8-18 Tie Rods – Fine-thread design for better clamping force

Which is stronger? The 7/8-18 thread is preferred for high-torque applications (like Jeep Steering Kits), while 7/8” is great for general off-roading.

6. GM Offset Tie Rod Ends: Fixing Bump Steer on Chevy & GMC Rigs

If you own a GM truck or SUV, offset tie rod ends help correct steering geometry after a lift. Benefits include:

Reduced bump steer

Smoother highway driving

Longer-lasting ball joints

EWO’s GM-specific steering upgrades ensure perfect alignment, even with 6”+ lifts.

7. Jeep Steering Kits: The Best Options for Wranglers & Gladiators

Jeeps are notorious for weak steering, especially with bigger tires. The best upgrades include:

One Ton Tie Rod Kits

High Steer or Crossover Kits

Heavy-Duty Drag Links

Pro Tip: If you’re running 40”+ tires, a High Steer Kit is almost mandatory.

8. High Angle Drag Links: Preventing Binding at Full Flex

A High Angle Drag Link allows for greater suspension articulation without binding. Key benefits: ✔ No more steering lock-up at full droop ✔ Smoother turning on off-camber trails ✔ Compatible with GM, Jeep, and Ford rigs

9. Moog ES-Series vs. EWO Tie Rod Ends: Which Lasts Longer?

Many off-roaders start with Moog ES2026R, ES2027L, or ES2234L/R tie rods, but they often fail under extreme use.

Why EWO’s parts outperform Moog:

Larger, stronger ball joints

Military-grade chromoly construction

Designed for off-road abuse

If you’re tired of replacing ES23434L/R ends every few months, upgrade to EWO’s unbreakable steering components.

10. Why Choose East West Offroad (EWO) for Your Steering Upgrades?

✅ Made in the USA – No cheap overseas junk ✅ Proven in Baja, Rubicon, and Moab ✅ Lifetime warranty on many components

Whether you need Dana 60 Tie Rod Ends, a Y Link Kit, or a complete Jeep Steering System, EWO has the toughest parts on the market.

Final Verdict: What’s the Best Steering Upgrade for Your Rig?

Daily-driven trail rig? → Crossover Kit + One Ton Tie Rods

Rock crawler or buggy? → High Steer Kit + Y Link OTK

GM truck with a lift? → Offset Tie Rod Ends + High Angle Drag Link

Ready to ditch weak factory steering? Check out East West Offroad’s full lineup of heavy-duty steering solutions today!

Shop Now at East West Offroad 🚙💨

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