Pantala offers a modular UAV platform designed for logistics and defense, capable of carrying up to 80 kg payloads with over 10 hours of endurance and a 1,100 km cruise range.
Funding
Funding not disclosed
Founders
Product
Problem
Logistics and defense operations often require aircraft that can transport sizable payloads over long distances, but existing UAVs are limited by short endurance, low payload capacity, and the need for extensive ground infrastructure, restricting rapid, flexible deployment in remote or contested environments.
Solution
Pantala provides a modular UAV platform capable of carrying up to 80 kg payloads with over 10 hours of endurance and a cruise range exceeding 1,100 km. The aircraft’s design supports both logistics and defense missions, including middle‑mile delivery, medical transport, tactical resupply, and ISR tasks. It can be launched autonomously from a mothership, enabling rapid deployment without dedicated runway facilities. The system’s modular architecture allows operators to configure payload bays and mission kits for specific use cases, delivering flexible, long‑range aerial capabilities for a variety of operational scenarios.
Target Audience
Primary customers are logistics providers, humanitarian aid organizations, and defense agencies that need long‑range, high‑payload UAV solutions for remote delivery, resupply, and intelligence, surveillance, and reconnaissance missions.
Features
- Payload capacity up to 80 kg with a maximum take‑off weight of 150 kg (optionally 280 kg for heavier configurations)
- Endurance of 10 + hours and cruise range of 1,100 km + for extended missions
- Aerodynamically efficient lift‑and‑cruise design enabling take‑off and landing in unprepared areas
- Modular payload bays supporting logistics (delivery, medical transport, remote infrastructure) and defense (tactical resupply, ISR, mothership carriage)
- Autonomous deployment from a carrier UAV or mothership, reducing ground support requirements
- Capability for both civilian logistics and military tactical operations within a single platform