Odd Systems designs and manufactures rugged thermal‑vision cameras and FPV drones for autonomous robotics and defense applications. 5 kg, long‑range links and EMI‑hardening.
Funding
Funding not disclosed
Founders
Product
Problem
Military and autonomous robotics operators often lack rugged, high‑resolution thermal imaging and reliable FPV platforms that can operate in extreme humidity, temperature variations, and electronic warfare environments. Existing foreign solutions are expensive, not locally supported, and may not meet the payload or integration requirements of Ukrainian defense units.
Solution
Odd Systems designs and manufactures thermal‑vision cameras and FPV drones specifically for autonomous robotics and defense use. Their camera line (Kurbas‑256, Kurbas‑384α, Kurbas‑640β, and the full‑color Svitlych‑662) offers resolutions up to 640 × 512 px, low NETD (< 40 mK), moisture‑resistant housings, and dual USB/CVBS outputs for flexible integration. The FPV airframes (Stus‑7, Lupinis‑10, Lupinis‑10‑TFL‑1, and Gorska‑12) are built from reinforced carbon structures, support payloads up to 1.5 kg, and include long‑range communication and electronic‑warfare‑hardening features. All hardware is produced in Ukraine, providing cost‑effective, locally supported solutions that can be customized for specific mission profiles and integrated with flight controllers or single‑board computers.
Target Audience
Primary customers are Ukrainian armed forces, defense contractors, and manufacturers of autonomous drones who require durable thermal sensors and FPV platforms for reconnaissance, targeting, and electronic‑warfare‑resilient operations.
Features
- Thermal cameras with selectable lenses (8°‑103°) and three mission‑specific presets (air, ground, extreme weather)
- Low thermal sensitivity (< 40 mK) and high pixel size (12 µm) for clear imaging in low‑contrast conditions
- Dual digital USB and analog CVBS video outputs plus optional Wi‑Fi for remote configuration
- Rugged, moisture‑sealed enclosures designed for operation in high humidity and harsh climates
- FPV drone frames built from thick carbon composites, supporting up to 1.5 kg payloads and 30 km+ range
- Integrated power filtering and shielded cabling to mitigate electromagnetic interference and REB threats
- Compatibility with common flight controllers, Raspberry Pi, Jetson, and other SBCs for autonomous payload control