Air Max is a rugged drone-in-a-box with 24MP RGB & radiometric thermal cameras, OGI option and all-weather autonomous operations for industrial monitoring.
Air Max is a rugged drone-in-a-box with 24MP RGB & radiometric thermal cameras, OGI option and all-weather autonomous operations for industrial monitoring.
# Percepto Air Max – Rugged Autonomous Drone-in-a-Box Solution
The Percepto Air Max is a fully autonomous drone-in-a-box platform designed for industrial inspection, monitoring, and high-value asset surveillance. Engineered for continuous field operation, it integrates advanced payloads, intelligent navigation, and durable weatherproof housing to deliver consistent performance in rugged environments.
Equipped with a 24MP RGB camera and a radiometric thermal camera, the Air Max delivers detailed visual and thermal data. An optional OGI (Optical Gas Imaging) payload enables detection of gas emissions, supporting regulatory compliance, safety, and environmental monitoring.
Built to withstand harsh conditions, the system operates 24/7 from its sheltered Percepto Base. It endures heavy rain, dust, snow, high winds, and extreme temperatures, ensuring uptime in challenging environments.
The onboard Percepto Core module manages autonomous take-off, flight, and return-to-base operations. Safety features include an FAA-compliant parachute and certifications for BVLOS (Beyond Visual Line of Sight) operations.
Flights are fully automated via the Percepto AIM software platform. Captured imagery and thermal data are securely uploaded, processed with AI analytics, and transformed into actionable insights for inspections, mapping, and security.
Ideal for fixed-site deployments in mining, utilities, oil & gas, and other industrial sectors, the Air Max scales easily. Its base station provides docking, charging, environmental protection, and real-time system status reporting.

Percepto
AI-powered autonomous drones and drone-in-a-box solutions transforming industrial inspections with real-time monitoring and predictive maintenance.