750+ km range. 8+ hours endurance. Gas-operated pusher propulsion. Nose-mounted modular sensor bay. One operator, multiple aircraft. Under 25 kg MTOW.
Platform Specifications
01
750+ km range. 8+ hours endurance.
Gas-operated rear-mounted pusher propulsion. 100 km/h cruise speed, 140 km/h top speed. Covers 500+ km corridors in a single sortie without refuelling. Fully autonomous from takeoff to landing.
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02
Under 25 kg MTOW. No type certification required.
Operates within sub-25 kg regulatory frameworks in Canada and the US. 3.2 m wingspan, 2.1 m length. 3,000 m AGL ceiling. Faster path to BVLOS authorization without the cost and timeline of type certification.
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03
Nose-mounted modular payload bay.
Unobstructed forward field of view for survey-grade acquisition. Swap between sensor configurations in minutes. Rear-mounted propulsion keeps the nose clear for any payload combination.
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Sensor Stack
04
RIEGL VUX-120/23 LiDAR
Survey-grade airborne laser scanner. Multiple returns per pulse for vegetation penetration and true ground surface modelling. High-density point clouds at operational altitude for terrain models, corridor mapping, and volumetric analysis.
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05
Sentera 6X Multispectral
Six discrete spectral bands including RGB, red edge, and near-infrared. NDVI, NDRE, and custom vegetation indices at sub-3 cm GSD. Calibrated radiometric output for repeatable, quantitative analysis.
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06
M2D EO/IR Thermal Gimbal
Gyro-stabilized dual-sensor gimbal. Electro-optical and thermal infrared with continuous pan/tilt tracking. Gas leak detection, infrastructure thermography, asset inspection and monitoring. Day and night operation.
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07
Resonon Pika L Hyperspectral
150+ spectral bands from 400-1000 nm. Material classification, mineral identification, vegetation stress detection, and water quality analysis beyond what multispectral can resolve.
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Autonomy & Fleet Operations
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One operator. Multiple aircraft.
Fleet coordination from a single ground station. Autonomous project planning, edge-matching, and data stitching across overlapping swaths. No pilot-per-aircraft overhead.
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09
AI-powered onboard detection.
Edge processing classifies targets in real-time during flight. Structures, terrain changes, vegetation encroachment, infrastructure anomalies, and environmental changes identified and geotagged without ground station latency or cloud dependency.
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10
Centimetre-accurate positioning.
RTK/PPK GNSS delivers 2 cm absolute accuracy across all collected data. Eliminates the need for ground control point networks. Survey-grade output without survey-scale field crews.
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Integrated air-ground survey.
Trinity and Pathfinder share positioning, sensor data, and survey plans in real-time. Aerial platforms identify areas requiring ground-level verification. Combined datasets deliver complete coverage from corridor-scale to centimetre-scale detail.