OTTO Controls was pleased to host members of Women in Manufacturing Illinois
yesterday. It was a wonderful opportunity to connect with professionals across the industry, share insights into the manufacturing industry, and provide a tour of our Controls facility.
Thank you to everyone who joined us, engaged with our team, and contributed to meaningful conversations throughout the event.
We are proud to have OTTO employees actively involved in WIM, and we remain committed to supporting and encouraging women in manufacturing as we continue building strong industry connections and future opportunities together.
#WomeninMFG #OTTOControls #ManufacturingCareers #Manufacturing
PWM output helps control systems run smoother, more efficiently, and more precisely.
Ask about the PWM performance option on joysticks.
#OTTOControls #ControlSystems #EngineeringDesign #PWM #OffHighway
Why it Matters to be MIL-Qualified
For the most mission-critical MIL/Aero applications, switches must at least meet the military specifications. Being military qualified is better.
What does it mean to be MIL-Spec?
Why is a MIL-qualified switch better?
How do switches become MIL-qualified?
Find out what it takes to be Mission Ready and understand specification definitions in our latest MIL/Aero blog.
Learn More: /solutions-at-work/Why%20Mil-Qualified%20Matters
#MissionReady #MILQualified #MILSpec #defense #aerospace #militaryswitches #QPL
Remote operation changes everything.
When operators are removed from the machine, precision matters more than ever.
OTTO HTL finger joysticks deliver:
- Proportional control in a compact design
- Contactless Hall effect technology
- Up to 1M cycle mechanical life
- Reliable performance in demanding conditions
Small movements.
Accurate response.
Because when you’re operating at a distance—control is everything.
#OTTOcontrols #RemoteControl #UnmannedSystems #Engineering #HumanMachineInterface
Recognizing Outstanding Performance and Partnership
Congratulations to Sager Electronics on receiving OTTO’s Distinguished Service Award for being a top performer in 2025!
This recognition highlights Sager’s consistent drive, strong execution, and commitment to U.S. distribution sales of OTTO solutions. Its ability to perform at a high level while building meaningful partnerships continues to set Sager apart.
We’re proud to work alongside a team that brings this level of focus and energy every day, and we look forward to building on this momentum.
Well done, Sager team, on a standout achievement!
Remove the guesswork.
High mechanical life cycle ratings = switches built to last.
When components are actuated thousands—or even millions—of times, consistency matters.
- P9 pushbutton — up to 1.25M cycles
- K1S rocker — up to 1M cycles
- T8-T trim — up to 150K cycles
- T3 toggle — up to 100K cycles
Match the switch to the application.
Design for the full lifecycle.
#OTTOcontrols #Engineering #Reliability #SwitchDesign #MechanicalLifeCycle
Celebrating Excellence in Growth and Partnership
Congratulations to Master Electronics on receiving the 2025 Distinguished Service Award for Year-Over-Year Growth!
This recognition reflects an outstanding year of performance, driven by a strong commitment to customers, operational excellence, and true partnership. Achieving this level of growth is no small feat—it speaks volumes about your team’s focus and execution.
Holly Good, Supplier Business Development Director, accepted the award on behalf of Master from OTTO Distribution Manager Jean Riley.
Proud to celebrate this milestone with you and looking forward to continued success together!
In flight control applications, precision is key.
That’s where transducers play a critical role.
OTTO Controls’ strain gauge transducers deliver smooth, proportional control input within flight control grips—giving operators accurate, repeatable response in demanding environments with or without gloves.
Whether used in fixed-wing or rotary applications, transducers help translate operator input into controlled, reliable system response.
Because in flight control, every movement matters—and the interface has to respond accordingly.
Learn more about OTTO transducers: /products/advanced-control-interfaces/transducers
#OTTOControls #Aerospace #FlightControls #Engineering #HumanMachineInterface
Extreme temperatures.
Vibration.
Altitude.
Critical performance expectations.
Aerospace environments don’t allow for weak links.
That’s why every control input—no matter how small—has to perform consistently under pressure.
Across military and aerospace applications, we support engineers with components built for those conditions, including:
• Control grips designed for demanding operator use
• Trim switches with precise, repeatable feedback
• Transducers for accurate input control
• Sealed toggles and other switches built for reliability
Working on aerospace applications? Let’s connect.
Link: /verticalmarket/military-aerospace
#OTTOControls #Aerospace #MilitaryAerospace #Engineering #Reliability
Sealed performance isn’t optional for limit switches exposed to harsh environments.
It’s the baseline.
OTTO Controls’ P6 Sealed Limit Switch Series are engineered for applications where exposure to moisture, corrosion, and demanding conditions is expected.
Explore the P6 Series: /p6-sealed-limit-switches-mil-prf-8805
#OTTOControls #Aerospace #MilitaryAerospace #Engineering #Reliability #MILSpec
“Mission critical” is a term that gets used often.
But in practice, it comes down to this:
Can the system perform consistently under stress—every time?
In military and aerospace applications, that means designing for:
• environmental extremes
• vibration and shock
• long-term reliability
• system-level alignment
Because failure isn’t isolated.
It affects the entire platform.
That’s why OTTO Controls works hard to not only make and test our products to meet military specifications but also to have them officially qualified. We offer more than 75,000 MIL-Spec parts, and we’re looking to grow what’s QPL’d every day.
Because reliability is proven under stress.
Link: /mil-cross
#OTTOcontrols #MilitaryAerospace #Defense #Engineering #Reliability
