Sundog Technologies builds heavy‑lift, long‑endurance UAVs with hybrid diesel‑electric powertrains, capable of carrying up to 150 kg for up to 12 hours. The drones feature modular payload bays, redundant flight‑control, encrypted communications, AI‑driven mission planning, and a ground‑control suite, backed by full‑lifecycle training, maintenance, and support for defense, emergency response, and industrial inspection users.
Funding
Funding not disclosed
Founders
Product
Problem
Operators in defense, emergency response, and industrial inspection require UAVs that can lift heavy payloads and remain airborne for extended periods in hazardous or remote environments. Existing drone solutions often lack the necessary endurance, payload capacity, or ruggedness, limiting mission effectiveness and safety.
Solution
Sundog Technologies engineers heavy‑lift, high‑endurance unmanned aerial vehicles that combine a reinforced composite airframe with a hybrid propulsion system to achieve long‑duration flights while carrying substantial payloads. The platforms feature modular payload bays that accommodate sensors, communication relays, or delivery containers without extensive re‑integration work. Integrated flight‑control redundancy, encrypted data links, and AI‑assisted mission planning enable reliable operation in contested or adverse conditions. A dedicated ground‑control suite provides real‑time telemetry, autonomous waypoint execution, and remote diagnostics, reducing operator workload. Sundog also offers a full lifecycle service package—including training, maintenance, and upgrade paths—to ensure sustained operational readiness for both government and commercial users.
Target Audience
Primary customers are defense and homeland‑security agencies, emergency‑services organizations conducting search‑and‑rescue or firefighting missions, and commercial firms that require aerial inspection of infrastructure such as pipelines, power lines, or offshore platforms.
Features
- Hybrid diesel‑electric powertrain delivering up to 12 hours of flight time at cruise speed
- Payload capacity of up to 150 kg with quick‑change modular bays for sensors, payload delivery, or communication kits
- Rugged carbon‑fiber airframe with MIL‑STD‑810H environmental sealing for dust, moisture, and temperature extremes
- Redundant flight‑control computers and dual‑channel encrypted C‑band data link for fail‑safe communications
- AI‑driven mission planning engine that optimizes routes for endurance, fuel consumption, and obstacle avoidance
- Integrated sensor suite options (thermal imaging, LiDAR, EO/IR) with native data streaming to ground station
- Ground‑control software with real‑time telemetry, autonomous waypoint execution, and OTA firmware updates
- Full lifecycle support: on‑site training, scheduled maintenance contracts, and rapid spare parts logistics