Combat-Proven
Visual Navigation and Positioning
from take-off to landing.
Navsight
Protect your drone and mission from GPS loss. at scale.
Navsight provides combat-proven visual navigation and positioning (GPS-free) for every drone.
4000+
NavSight is the world’s most widely deployed add-on visual navigation system for drones, with 3,000+ installations supporting GPS-denied operations worldwide.
Integration that closes the loop
Our team works directly with your flight controller and drone dynamics, so the navigation output behaves correctly in real missions. We stay in it through bench and flight until your UAV is flying confidently without GNSS.
Your AI autonomy partner
NavSight keeps getting better after install. Because the core is AI-driven, you’ll receive continuous upgrades at the pace AI improves, unlocking new capabilities over time and pushing your platform closer to full autonomy without replacing hardware.
configurations
Upgrade your software,
not your hardware
01
Software
Your camera, your processor, our software for GPS-free navigation.
advantages
Real-time, gnss-free visual navigation on your existing camera and computer.
Software-only integration via simple apis / mavlink- no hardware or airframe changes.
best for
UAV OEMs with their own payload stack – integrate NavSight as software into existing cameras, mission computers, or autopilots.
Large fleets needing scalable upgrades – roll out visual navigation across hundreds of platforms with a license + software deployment, not new payloads.
Drones that can’t add weight or volume – upgrade navigation resilience with zero new payload, just software on existing processors.
02
full payload
Drop-in navigation payload: vision + compute + sensors, mission-ready.
advantages
A flight-ready NavSight payload—camera, compute, and IMU integrated and calibrated for GNSS-denied navigation. Drop it onto your platform with minimal changes and get repeatable, scalable performance without relying on spare onboard compute or mission-payload integration.
best for
Integrators who want speed – rapid field demos and first deployments without reworking the aircraft’s existing sensors/compute.
Platforms with limited onboard compute – dedicated processor runs the vision pipeline onboard, no need for spare GPU/CPU.
Programs needing a standard configuration – repeatable payload across multiple airframes for easier qualification and maintenance.
03
Sensor Module
Dedicated compute for GNSS-free navigation on your existing video feed
advantages
- A tuned sensor stack designed specifically for reliable navigation when GNSS is unavailable.
- Uses your existing block compute- deploy on your current GPU with minimal changes and no extra processing payload.
- Lower SWaP – less weight and power than a full payload while keeping NavSight performance.
best for
Platforms with a camera but no spare compute – keep your payload, add dedicated processing.
Fast evaluation without full payload swaps-— quick integration and flight tests with minimal rework.
Programs with strict weight / power budgets – add capability without adding a new sensor suite.
04
ground unit
Just our processor connected to an RC
advantages
NavSight Ground Unit runs our GNSS-free visual navigation on a compact processor connected to your RC/GCS—using your existing live video feed. It’s the fastest way to evaluate capability with zero aircraft modifications: no added weight, no wiring changes onboard, and simple setup for demos, trials, and rapid field deployment.
best for
Platforms you can’t modify – add capability without touching airframe wiring or avionics.
Lightweight / small uavs – zero new payload weight while getting navigation outputs.
Evaluation & demos – prove performance fast before committing to onboard integration.
