Shifting the narrative from standard drones to advanced, modular platform technologies. Spinoff Robotics designs clean-sheet airframes, custom control-loop electronics, and state-of-the-art sensing stacks optimized for high payload capacity, extreme endurance, and physical force control.
Rather than retrofitting consumer drones, we engineer our platforms from first principles. This allows complete integration between airframe design, fluid dynamics, power distribution, and on-device AI.
ALICE is a state-of-the-art, custom-designed aerial robotics platform engineered from first principles for heavy-duty payload delivery, persistent station-keeping, and advanced recoil control. Designed to operate seamlessly in both tethered (unlimited continuous ground-side power) and untethered (high-mobility battery) configurations, ALICE eliminates work-at-height risks and provides sub-degree stabilization in contested or highly turbulent environments.
By controlling every layer of the technology stack—from EMASS edge-AI silicon chips to Spinoff’s custom airframes—we deliver structural, processing, and flight efficiencies that off-the-shelf components cannot match.
22nm/16nm ultra-low-power RISC-V System-on-Chip (ECS-DoT) runs advanced flight-control and AI analytics directly on-device at sub-milliwatt power, eliminating heavy processing payloads and cloud dependency.
Engineered from the ground up for aerodynamics and payload optimization. We design custom structures with built-in fluid dynamics, active stabilization, and tether-tension handling for extreme commercial and tactical use.
The integrated platform runs specialized missions: ALICE provides continuous high-payload pressure-washing or persistent security overwatch, while METRON extracts sub-millimetre photogrammetry inside deep, GPS-denied structures.
By decoupling the drone platform from a single fixed application, Spinoff’s aerial systems can be redeployed across multiple commercial, security, and tactical verticals.
Eliminate work-at-height liabilities while drastically accelerating maintenance schedules. Spinoff platforms deliver automated high-pressure cleaning, precision soft-washing, and Nanoshield protective coating application across complex glass, concrete, and metal surfaces.
Conduct high-fidelity inspections of high-value assets without costly shutdowns. From thermal anomaly detection on power grids to sub-millimetre structural surveys inside bridge bearings, our drones capture what standard sensors miss.
Designed for highly contested electromagnetic environments, our tethered platforms offer 24/7 aerial presence with zero RF signature and absolute immunity to GPS spoofing and electronic warfare.
Sited permanently airside, our tethered platforms perform continuous Foreign Object Debris (FOD) scanning and perimeter surveillance, offering a regulatory-approved aerial presence that does not interfere with active runways.
DEPLOYED MISSION ALICE Facade Maintenance & Decontamination
DEPLOYED MISSION METRON Confined Bridge Bearing Inspection
DEPLOYED MISSION ALICE Persistent Security & Tactical Overwatch
Spinoff Robotics collaborates closely with commercial operators, asset owners, and defense contractors to deploy tailored drone platform solutions.
Submit your technical requirements or partnership inquiries, and our engineering team will get back to you.