Hoverit designs and manufactures mission‑grade unmanned aerial vehicles (UAVs) for defense and high‑value operations, delivering integrated autonomy across strike, intelligence, logistics, and training missions.
Funding
Funding not disclosed
Founders
Product
Problem
Defense forces often lack indigenous, mission‑ready unmanned aerial systems that can operate autonomously over long distances, deliver precise strikes, and provide persistent intelligence, surveillance, and reconnaissance (ISR) in contested or remote environments.
Solution
Hoverit develops and manufactures mission‑grade UAV platforms that combine high‑performance airframes with AI‑driven autonomy and secure communications. Its flagship Divyastra MK1 loitering‑munition system offers up to 500 km range, 5 hours endurance, and 300–400 km/h attack speed, enabling rapid, pinpoint strikes while maintaining ISR capability. Swarm‑enabled AI allows multiple drones to coordinate autonomously for tactical operations without continuous operator input. The product portfolio also includes ISR‑focused UAVs (Aankh‑01), VTOL long‑endurance platforms (Raftaar), and payload‑centric quadcopters (Baaz), each built for rugged, high‑altitude and adverse‑weather conditions. All platforms use encrypted data links and support fully autonomous flight modes, return‑to‑home, and manual override, ensuring secure and reliable mission execution.
Target Audience
Primary customers are national defense agencies, armed forces, and security organizations that require autonomous aerial strike, ISR, and tactical payload delivery capabilities for high‑risk or remote operations.
Features
- 500 km operational range and up to 5 hours flight endurance for deep‑strike and long‑duration ISR missions
- Swarm‑enabled AI for coordinated autonomous tactics and dynamic target engagement
- Payload capacity of 15 kg on Divyastra MK1, supporting precision munitions and sensor packages
- Secure, encrypted communication links with anti‑jamming navigation for resilient command and control
- VTOL capability on fixed‑wing platforms (Raftaar) eliminating runway requirements
- High‑altitude performance up to 18,000 ft with thermal imaging and AI analytics for real‑time intelligence
- Fully autonomous flight modes with manual override, return‑to‑home, and guided mission planning