Turn Thermal + LRF into shipped products—defined interfaces, optics co-design, firmware and validation, backed by a proven blueprint, pilot builds, and golden samples.
Our value
We deliver a brand-safe, shipping-ready thermal + LRF fusion stack for thermal rifle scope OEM, handheld thermal monocular with laser rangefinder, and clip-on thermal sight ODM. One team co-engineers optics/mechanics, electrical I/O, and firmware/UI, then hands off a predictable package: integration blueprint, SDK/API with sample apps, and a ballistic calculator SDK (zero distance, sight height, velocity, G1/G7, angle and environment inputs) tuned for fast boresight alignment calibration and clean overlays (range/holdover/wind).
De-risked delivery
EVT locks timing and ranging; DVT validates fusion accuracy, reticle alignment, recoil/shock, IP sealing, and thermal drift; PVT defines golden-sample criteria, pilot builds, and traceability; MP freezes versions and SOPs. Compliance is covered—IEC 60825-1 Class-1 (905/1550 nm), temperature repeatability, and connector/seal strain—so schedules hold without high MOQs.
What you get
Fewer loops, predictable milestones, and a field-proven path from evaluation to mass production—while you keep the brand and customer ownership. Ask for the Fusion & Ballistics Pack (checklist, sample SDK, ballistic profiles, short walkthrough). Share target range, platform (scope/clip-on/binocular/monocular), wavelength, host interface, and power/I/O limits—we’ll return a clear configuration and timeline.
We reply within 24h. Your info stays private.
A sensor-fusion path you can own—from evaluation to mass production.
Fusion fails when vendors split optics, firmware, and interfaces. We take ownership of the stack: time-stamped LRF to thermal frames, stable boresight/divergence, and uncluttered UI overlays for range and ballistic hold. Host links—UART/USB/CAN/BLE—ship with SDK/API and sample apps. Golden-sample criteria, traceability, and change control de-risk pilots, while IEC 60825-1 eye-safety and temperature repeatability keep audits smooth. Expect fewer re-spins, faster field zeroing, and a clear runway to MP for scopes, binoculars, and monoculars.
Practical deliverables for sensor fusion—fewer loops and predictable milestones
Time-stamp LRF returns to every thermal frame; latency/clock budget and dropout handling documented.
Mechanical datum, divergence/parallax control, sealing/window guidance, and thermal-drift compensation.
UART/USB/CAN/BLE with SDK/API; normalized messages for range, confidence, status, temperature, and angle.
Clean OSD for range/holdover/wind; ballistic calculator SDK—zero distance, sight height, velocity, G1/G7, angle, environment.
EVT/DVT/PVT/MP gates cover fusion accuracy (Δrange/Δangle), recoil/shock, IP sealing, wide-temp tests—with reports.
IEC 60825-1 Class-1 (905/1550 nm), CE/RoHS/REACH docs; work instructions, traceability, and golden-sample criteria.
Choose what fits your product
Define range/angle specs, boresight tolerance, and overlay-latency limits.
UART/USB/CAN/BLE, time-sync/trigger modes, data schema and update rates.
Set wavelength, divergence, window material/coatings, optical routing.
Prompts, language packs, reticle styles, and button/encoder mappings
Choose fixing method, gasket scheme, and environmental IP protection goal.
Define power limits, start-up sequence, sleep policy, and heat paths.
Share the basics so we can propose the right plan
Form factor (scope/clip-on/mono/bin); mount space.
Form factor (scope/clip-on/mono/bin); mount space.
FOV/lens limits; wavelength & divergence.
UART/USB/CAN/BLE; sync/trigger, data rate.
Power budget; start-up & heat paths.
Temp, recoil/shock, IP; IEC 60825-1.
We time-stamp each LRF return to the thermal frame with a deterministic latency budget. Final accuracy = LRF spec + boresight tolerance; DVT publishes Δrange/Δangle acceptance.
Co-boresight jigs, divergence/parallax control, and drift compensation keep alignment; a guided zeroing workflow stores profiles for quick re-zero.
Yes. We normalize third-party data, add sync/trigger, and expose a unified API; a reference LRF is available for trials if needed.
We define a power budget, start-up states, sleep policy, and heat paths; tune LRF duty cycle and clocks to stay within limits with brownout/watchdog protection.
White-label by design. You own firmware/UI and branding; we provide reticles/OSD themes, language packs, and skinning hooks—no vendor lock-in.
