DEFENSE INDUSTRY
Confidence in every movement. Reliability in every mission.
Precision motion for mission-critical defense systems
Defense equipment requires more than precision—it demands repeatable reliability. Whether supporting aerospace manufacturing, vehicle assembly, radar positioning equipment, simulation platforms, or automated testing systems, motion control components must consistently perform under demanding operating conditions.
Built with premium components and precision gearing, STOBER products are designed to operate with confidence when it matters most. STOBER motion systems withstand extreme temperatures, vibration, shock, moisture, and corrosion—delivering consistent performance across land, air, and sea platforms.
But motion performance depends on more than components alone. STOBER engineers collaborate early in the design process to size and optimize solutions, helping shorten development timelines and improve confidence at commissioning. When precision, reliability, and system performance are non-negotiable, STOBER delivers motion solutions engineered for real-world defense applications.
What sets us apart:
Gearboxes and Motors for DEFENSE Applications
Integrated Servo Geared Motors for Compact Defense Equipment
Optimize your DEFENSE APPLICATION with STOBER
Confidence from concept to deployment
Successful motion control starts early in the design process. STOBER works alongside your engineering team to evaluate load conditions, duty cycles, and overall system dynamics before solutions are finalized. This collaborative approach ensures motion systems are properly sized, optimized, and validated—reducing uncertainty, improving performance, and delivering consistent results from initial concept through commissioning. Here’s how STOBER compares to typical industry solutions in the areas that matter most to defense engineers and system designers:
STOBER Defense industry solutions vs. typical industry solutions
| Critical Defense Requirement | STOBER Motion Solutions | Typical Industry Solutions |
|---|---|---|
| Positioning accuracy | Precise, repeatable positioning for radar, optical, sensing, and tracking systems | Accuracy may drift under changing loads and operating conditions |
| Backlash | Minimal backlash to maintain alignment and targeting precision | Higher backlash can reduce system accuracy and repeatability |
| Vibration control | Low-vibration designs that protect signal integrity and sensor performance | Vibration can introduce noise and compromise system performance |
| Dynamic response | High-speed response with controlled motion for tracking and counter-UAS systems | Often requires tradeoffs between speed and precision |
| Duty cycle capability | Engineered for continuous, mission-critical operation and high-duty-cycle applications | Better suited for intermittent industrial operation |
| Environmental resilience | Designed to perform in shock, vibration, moisture, corrosion, and temperature extremes | May require additional protection or derating in harsh environments |
| System stiffness | High mechanical stiffness helps maintain alignment and platform stability | Lower stiffness can contribute to positioning errors |
| Reliability | Long service life with reduced maintenance requirements | More frequent service intervals may be required |
| Size and weight | Compact, high-power-density designs help reduce platform footprint | Larger systems may be required to achieve similar performance |
| Integration support | Application-specific engineering support and optimization from concept through deployment | Primarily component-focused support after selection |
| Operational confidence | Solutions sized using real loads, duty cycles, and mission requirements | Often selected using generalized sizing assumptions |
Customer Testimonial
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“We’ve used STOBER for years to rebuild equipment such as lathes and milling machines for machine tool customers. Every job is project-based and requirements are always different, but STOBER is the perfect match for our gearbox requirements. Its SMS series allows us to choose from a large range of ratios, mounting configurations, housing options, and more.”
– Steve Nelson, Senior Applications Engineer
“We are about to mount the motors on this prototype that we were asked to design, build and demonstrate in 4weeks. The STOBER K402 gearboxes are in place and ready to go. Thank you to STOBER for quickly responding to my multiple quote requests for different options and for the quick delivery of these units. On this tight timeframe and in the current world supply chain situation, I think STOBER is the only manufacturer that I could count on to get us the high-quality units that we needed for this project.”
– Matt Bailie, Senior Mechanical Engineer
“We were operating on a tight timeline and knew we had a real problem when we opened the gearbox packaging and realized we had ordered the wrong ones. Everyone at STOBER genuinely wanted to solve the problem and support us. They brought in an overtime crew, and we had replacement gearboxes in 2 days – a day faster than we believed possible. Unlike some other companies we work with, they were focused on solving our problem and not just following some predetermined process that would have delayed getting what we needed out the door.”
– Robert Reiser, President
