Standards-ready switching for safety-critical ordnance
Precision kinetic switches engineered for arming, fuzing, in-flight event sequencing, and impact detonation in modern bomb systems. Select Controls bomb switches support safety interlocks, G-force sensing, and controlled safe-to-arm transitions across conventional and explosive ordnance platforms.
Many designs share common architectures with missile fuze switches and missile safety switches, enabling consistent qualification strategies across weapons programs.
All components meet MIL-SPEC requirements and are manufactured under AS9100D and ISO 9001:2015 quality systems, with rapid prototypes available in as little as 14 days.
About This Category
Select Controls' bomb switches deliver compliance-first solutions for arming and fuzing logic in safety-critical ordnance. These components include bomb arming switch configurations derived from proven missile fuze switch and missile inertia switch technologies, supporting acceleration-based validation, G-force sensing, and in-flight event sequencing prior to impact detonation.
The category includes acceleration (G-switches), impact / crush switches, and disturbance / vibration switches used to enforce safety interlocks during handling, transport, release, and free-flight conditions. These switch families are commonly qualified across both bomb and missile programs, including missile fuze switches and missile safety switches, simplifying documentation, testing, and lifecycle support.
Each switch is supported by test reports, certifications, and full traceability documentation to streamline qualification, audit readiness, and system-level safety reviews.
Collections by Platform Profile
Each collection aligns switch behavior with specific ordnance mission profiles requiring precise control of arming, fuzing, and in-flight event sequencing. All bomb switches are validated through MIL-STD-810 environmental testing and include complete lot traceability. Rapid prototypes are delivered within 14 days with preliminary test data and qualification guidance.
Conventional Bombs
Switch collections supporting gravity-delivered and mechanically dispersed bomb platforms where arming validation, fuzing logic, and safety interlocks must operate reliably from release through impact detonation. These applications emphasize acceleration (G-switches) and G-force sensing similar to those used in missile inertia switch and missile fuze switch designs.
Gravity Bombs
Applications typically involving bomb arming switch functionality supported by acceleration sensing and in-flight event sequencing to validate release, separation, and safe-arm transitions prior to impact detonation.
Release Mechanism Switches
Verify bomb release and separation conditions prior to arming.
Arming Switches
Confirm safe-arm transitions before fuzing and impact detonation.
Cluster Bombs
Platforms requiring controlled dispersion sequencing supported by safety interlocks, disturbance / vibration switches, and G-force sensing to prevent premature arming during handling and carriage. These designs often parallel missile safety switch logic used in transport and launch environments.
Dispersion Control Switches
Control timed release and dispersion sequencing of submunitions.
Safety Override Switches
Maintain transport and carriage safety by preventing premature arming.
Explosive Bombs
Switch collections engineered for high-energy explosive systems where precise in-flight event sequencing, impact detonation accuracy, and redundant safety interlocks are critical. These configurations rely on tightly controlled acceleration thresholds, impact / crush switches, and disturbance monitoring commonly shared with missile fuze switches and missile inertia switch architectures.
High-Explosive Bombs
Systems utilizing detonation sequencing supported by acceleration (G-switches), impact / crush switches, and fuzing logic derived from qualified missile fuze switch designs to ensure controlled initiation and terminal reliability.
Detonation Sequence Switches
Manage ordered arming and detonation logic through terminal impact.
Fuse Selection Switches
Enable selection and verification of fuzing modes prior to initiation.
Thermobaric Bombs
Applications relying on ignition control and pressure-responsive behavior, supported by impact / crush switches and disturbance / vibration switches, to manage complex explosive event sequencing while maintaining strict safety interlocks aligned with missile safety switch requirements.
Ignition Control Switches
Control ignition timing to support staged energetic release.
Pressure Sensor Switches
Detect pressure conditions to validate ignition and event sequencing.
Program timelines don't wait for long lead times. Select Controls supports ordnance programs with rapid prototype delivery, AS9100D-audited manufacturing, and proven bomb and missile fuze switch architectures.
Request a quote today to accelerate evaluation, confirm availability, and keep your arming and fuzing systems on schedule.
Frequently Asked Questions
Each switch undergoes MIL-STD-810 qualification testing for shock, vibration, and temperature. Testing validates arming behavior, fuzing accuracy, G-force sensing thresholds, and impact detonation response. Many bomb switches are qualified using the same methodologies applied to missile fuze switches and missile inertia switch programs, with full traceability documentation provided.
Switches comply with MIL-SPEC requirements, AS9100D aerospace quality standards, and ISO 9001:2015 manufacturing protocols. Environmental testing supports acceleration (G-switches), impact / crush switches, and disturbance / vibration switches used in bomb arming switch, missile fuze switch, and missile safety switch applications.
Most configurations can be prototyped within 14 days, enabling early validation of arming logic, in-flight event sequencing, and safety interlocks for both bomb and missile fuze switch architectures.
Each production lot includes certificates of compliance, dimensional inspection reports, functional test data, and full material traceability, supporting audits of bomb arming switch systems, missile fuze switches, and missile safety switches.
Confidence Backed by Evidence
Select Controls builds trust through measurable performance and transparent quality systems. Bomb switches are manufactured under AS9100D and ISO 9001:2015 certifications, with MIL-STD-810 environmental test reports available for acceleration (G-switches), impact / crush switches, and disturbance / vibration switches used in arming, fuzing, and impact detonation systems.
These same quality systems support missile fuze switches, missile safety switches, and missile inertia switch programs across aerospace and defense platforms.
Delivery Commitment
On-time delivery with DOA replacements within 30 days of receipt.
Quality Assurance
Full lot genealogy, traceability, and PPAP packages available on request.
When your program requires qualified bomb arming switches, missile fuze switches, or safety-critical switching for arming, fuzing, and impact detonation, Select Controls provides standards-ready solutions with the documentation to support rapid approval.
Request a quote today to review available configurations, qualification artifacts, and quick-turn prototype options aligned with your mission requirements.
