SkyLifter builds AI‑enabled mega‑lifting drones that act as airborne cranes for construction, logistics, energy and environmental projects.
Funding
Funding not disclosed
Founders
Product
Problem
Construction, logistics, and energy projects often rely on cranes and helicopters that are limited by reach, payload capacity, high fuel costs, and significant CO₂ emissions. These constraints cause supply‑chain delays, increase operational expenses, and restrict access to remote or congested sites.
Solution
SkyLifter develops AI‑enabled, electrically powered mega‑lifting drones that function as airborne cranes. Using a gas‑filled lenticular aerostat for aerostatic lift and vectored electric propellers for omni‑directional control, the drones can hover with geo‑stationary precision and lift payloads exceeding the 20,000 kg limit of the largest helicopters. Their buoyancy‑management and hook‑control technology allow vertical pick‑up and precise placement of heavy components on‑site, while the electric powertrain provides extended flight durations—over 24 hours—and zero CO₂ emissions. The system integrates AI for stable positioning in variable wind conditions, reducing the need for extensive ground infrastructure and enabling faster, more sustainable material transport for construction, energy, logistics, and environmental projects.
Target Audience
Primary customers are construction firms, infrastructure developers, energy companies, and logistics providers that need heavy‑lift capabilities in remote, congested, or environmentally sensitive locations.
Features
- Lighter‑than‑air aerostat provides continuous lift, allowing indefinite hover without power and flight times beyond 24 hours
- Electric vectored thrust propellers deliver omni‑directional movement and rapid response to wind changes
- AI‑driven buoyancy and hook‑precision control ensures stable vertical lifts and accurate payload placement
- Payload capacity surpasses 20 t, exceeding the limits of conventional helicopters and drones
- Quiet operation and zero‑emission electric power reduce noise pollution and fuel costs
- Minimal ground infrastructure required; can operate in remote or constrained sites
- Modular pod design houses power, control, and communication systems for single‑pilot or remote operation