Advanced sensing, qualification-ready, and built for safety-critical reliability
Aerospace event detection systems from Select Controls provide a curated range of detection hardware engineered for shock, impact, overheat interface signaling, and exceedance events across airborne platforms. These aerospace condition monitoring electronics combine configurable thresholds, proven environmental robustness, and compliance support to accelerate integration and reduce program risk in safety-critical environments.
Our precision acceleration switches and specialized event detection modules deliver the in-flight event monitoring electronics your systems require, forming the core of a robust aerospace safety monitoring system. Every model is backed by over four decades of aerospace manufacturing expertise, dependable availability, and on-time delivery.
About This Category
Aerospace Event Detection Systems deliver qualification-focused hardware engineered for reliable monitoring across airborne platforms and structural assemblies. This category provides configurable switches and modules designed for impact, hard-landing, disturbance, motion and core elements of modern aerospace safety monitoring systems and structural impact detection systems. Each solution includes documented test histories and flexible threshold options from 1g to 1000g configurations—that accelerate integration while reducing program risk.
These systems support hard-landing detection logic and serve as building blocks for exceedance monitoring systems on airborne platforms. Our acceleration switches and detection modules align with DO-160 qualified event detection module requirements and are engineered to meet MIL-STD-331 as the primary fuzing specification, with MIL-STD-810 as a complementary environmental standard. Together, these safety-critical sensing subsystems for aerospace applications provide precision, reliability, and qualification-ready performance that engineers depend on.
Explore Detection System Models
This hub organizes sensing options by event type and integration path, helping engineers quickly identify the right safety-critical sensing subsystem for aerospace use. Acceleration and impact switches support hard-landing and shock measurement. Disturbance and motion models address vibration or movement triggers. Rapid prototyping and custom models shorten design cycles while maintaining test traceability and qualification readiness.
Acceleration Switches
Precise g-triggered sensing for shock, impact, and hard-landing measurement with configurable thresholds from 1g-1000 g. These models form a core building block for aerospace safety monitoring systems and exceedance tracking across critical structures.
Impact Detection Modules
Ruggedized assemblies tuned for transient events and reliable exceedance data transfer to recording and analysis systems. These impact detection electronics for airborne platforms are well-suited for structural impact detection systems where clear, discrete outputs are required for post-event evaluation.
Disturbance & Motion Switches
Sensitive measurement for vibration and movement triggers, supporting tamper sensing, exceedance tracking applications, and broader aerospace condition monitoring electronics where early detection of abnormal motion is critical.
Safety Critical Sensing Subsystems
Configurable architectures supporting redundancy, health tracking, and clear fault states with various thresholds. Each safety-critical sensing subsystem for aerospace integrates acceleration, impact and motion elements into cohesive aerospace safety-monitoring systems.
Rapid Prototyping & Custom Models
Rapid prototype development with configurable setpoints and custom mounting solutions. Our rapid prototyping process supports fit, form, and function evaluation, enabling early validation of hard-landing detection logic, in-flight event-monitoring electronics, and exceedance strategies within qualification-focused event-detection architectures.
Each model reflects Select Controls' 44+ years of field-tested craftsmanship and repeatable performance aligned to DO-160, MIL-STD-331, and MIL-STD-810 standards.
Frequently Asked Questions
These common aerospace detection FAQs address the most frequent integration and specification questions from systems engineers working on safety-critical platforms.
Our detection systems provide discrete output signaling when g-force thresholds are exceeded during landing or impact events. Configurable setpoints enable precise monitoring of structural stress levels, supporting hard-landing detection logic that can function as the hard-landing detection system for airborne platforms and automatically trigger maintenance alerts, inspection workflows, or safety protocols.
DO-160 covers environmental testing for airborne equipment, including vibration, temperature, and humidity resistance. MIL-STD-331 is the primary military fuzing specification, and MIL-STD-810 provides complementary environmental engineering guidance. We supply documented test histories and data packages that support aerospace environmental qualification considerations for each DO-160-qualified event detection module and switch.
Yes. Our acceleration switches and impact detection modules offer customizable g-force thresholds and mounting orientations. Whether you require low g sensitivity for comfort-related exceedance tracking or higher-g configurations for structural impact detection systems, we configure each model to the exact requirements of your aerospace safety monitoring system and exceedance monitoring strategy.
Our rapid prototyping capabilities typically deliver functional prototypes within 2-4 weeks for most configurations. This quick turnaround supports early integration testing and design validation of safety-critical sensing subsystems and in-flight event monitoring electronics, helping reduce overall program risk and development timelines.
Need specific threshold recommendations for your application? Contact our engineering team for custom configuration guidance.
Proven Reliability Backed by Testing
Over four decades serving aerospace applications, Select Controls has built its reputation on measurable performance, documented compliance, and dependable availability. Our detection systems undergo rigorous testing to MIL-STD-331, MIL-STD-810, and DO-160 standards, providing the verification data that systems engineers require for qualification packages and aerospace environmental qualification reviews.
Engineering teams across global platforms rely on our models for repeat projects, demonstrating field-validated reliability in demanding environments. These aerospace trust signals include comprehensive test documentation, full traceability, and consistent performance metrics that support program certification requirements and long-term condition monitoring strategies, including exceedance monitoring systems on airborne platforms.
Our acceleration switches and detection modules deliver repeatable results with complete qualification support. When technical questions arise, responsive engineering expertise, accessible support, and streamlined processes help keep development schedules on track.
Comprehensive testing, responsive technical expertise, and reliable on-time delivery have established Select Controls as a trusted partner for mission-critical event detection requirements since 1981. Every component ships with the quality assurance and technical backing that aerospace applications demand.
Ready to discuss your detection system requirements? Contact our engineering team for application-specific recommendations, rapid prototyping support, and tailored aerospace event detection systems for your next program.
Custom Engineering
Rapid Prototyping.
Precise to Your Spec.
With over 40 years of engineering depth, we customize every parameter to match your mission profile and event envelope.
- 100% testing on all manufactured switches
- Custom activation levels and specifications
- High-volume production capabilities
- Rapid prototyping and turnaround
Next Steps
Need technical specifications
for your application?
Contact our engineering team for custom switch solutions.
