Funding
Funding not disclosed
Founders
Product
Problem
In aerospace and defense operations, imprecise terminal-phase navigation can cause missed targets, reduced payload effectiveness, and increased mission risk. Existing guidance solutions often lack the sensor integration and processing speed needed for real-time trajectory adjustments during the final approach.
Solution
Bohr Systems provides a terminal guidance platform that delivers high‑precision navigation and control for a range of vehicle types. The system fuses data from inertial, GPS, and on‑board sensors using advanced algorithmic processing to generate continuous trajectory corrections. Real‑time computation enables adjustments up to the moment of impact, improving hit accuracy and overall mission success. The technology is designed for modular integration, allowing defense contractors and aerospace manufacturers to embed guidance capabilities without extensive redesign. Robust software and hardware architectures ensure operation under the high‑stress conditions typical of defense environments.
Target Audience
Primary customers are defense contractors, missile system integrators, and aerospace manufacturers developing precision‑guided weapons, unmanned aerial systems, and launch vehicles.
Features
- Multi‑sensor fusion combining inertial measurement units, GNSS, and vehicle‑specific data streams
- Low‑latency algorithmic processing that computes trajectory corrections in real time
- Support for diverse platforms, including missiles, UAVs, rockets, and hypersonic vehicles
- Modular software stack with API hooks for seamless integration into existing avionics systems
- Hardened hardware and fault‑tolerant design meeting defense reliability standards
- Adaptive guidance modes that adjust correction strategies based on mission phase and vehicle dynamics