In a world where many drones are designed for surveys, the challenge isn't finding one – it's finding the right one. Amidst the myriad options, the real question emerges: how do you choose a drone that's not just an airborne system but an investment that yields tangible returns? Here, we explore the Trinity Pro, a mapping drone that stands out not for flashy marketing, but for its practical features.

A game-changer in operational flexibility, the Trinity Pro takes off and lands like a helicopter but cruises like a plane. VTOL capability allows it to operate in any terrain without the need for a runway, minimizing harm to the drone and its sensors, thus extending the product life.

The Trinity Pro's design prioritizes efficiency, featuring the longest flight time in its class of up to 90 minutes. Its ready-to-fly design, housed in a compact molded transport case, underscores its commitment to convenience, making it an asset for professionals on the move.

Qube 240 LiDAR:

For survey-grade precision, the Trinity Pro integrates the Qube 240 LiDAR, offering over an hour of flight time with pinpoint accuracy. Boasting multi-echo technology and high point density, the LiDAR payload ensures detailed and reliable survey results.

With a maximum take-off weight of 12.7 lbs, a flight time exceeding 90 minutes, and wind tolerance up to 18 m/s, the Trinity PRO stands as a testament to its reliability in diverse operational conditions.

Operating at an optimal cruise speed of 17 m/s, the Trinity Pro covers up to 20 times larger areas than rotary and other fixed-wing drones. Its small footprint and transport case ensure easy deployment to the farthest operation areas.

With a battery capacity of 10 Ah, the Trinity Pro boasts energy efficiency, supporting up to 10 hours on a single charge. Operating temperature range from -12°C to 50°C underscores its resilience in varying environmental conditions.