Texo flying high in the UK with a Topcon Falcon 8+ UAV

Texo Drone Survey and Inspection says that it is the first company in the UK to fly the Falcon 8+ UAV system from Topcon. The multicamera payload Topcon Falcon 8+ is the third-generation edition of the Falcon Drone system that was introduced in 2009 for aerial imaging, monitoring and mapping. The Topcon Falcon 8+ needs minimal pilot corrections while its GCS includes built-in automated flight functions. There is also advanced flight planning thanks to the Intel Cockpit Controller.
July 3, 2018 Read time: 2 mins
Texo Drone Survey and Inspection says that it is the first company in the UK to fly the Falcon 8+ UAV system from Topcon.


The multicamera payload 342 Topcon Falcon 8+ is the third-generation edition of the Falcon Drone system that was introduced in 2009 for aerial imaging, monitoring and mapping.  
The Topcon Falcon 8+ needs minimal pilot corrections while its GCS includes built-in automated flight functions. There is also advanced flight planning thanks to the Intel Cockpit Controller.  

The Intel Cockpit ground control is a water-resistant station built for operators to plan and execute highly complex missions with ease with the integration of the complete single hand flight control joystick. In addition, the Intel Cockpit ground control features an Intelbased tablet and also supports low-latency digital video links. This allows for up to 1080p resolution for the best possible live view.

Topcon Falcon 8+ is said to be resistant to magnetic interference and automatically compensates for wind gusts. There is also an active vibration damping system.  

Safety features include three autopilots, a redundant propulsion system as well as a redundant radio link. The Intel Falcon 8+ System is powered by a dual battery system comprised of Intel Powerpack smart batteries, bringing redundancy even to the power supply. The batteries feature automatic balancing, storage mode, charging and LEDs that display remaining battery life.  

Texo Drone’s key services range from visual inspection and thermographic survey through to detailed survey-grade LiDAR mapping and measurement, as well as multi-hyperspectral analysis. The company maintains a fleet of rotor and fixed wing UAV platforms for contracts nationally and overseas at short notice. ¬

Connected Construction

For more information on companies in this article

Related Content

  • Motometer’s sensitive side
    April 13, 2012
    Motometer is showcasing a wide range of its technology for construction machine applications during Intermat 2012. The German company’s Sensitive Cockpit system is said to boost driver effectiveness, efficiency and safety by using Multi-Touch Projected Capacitance Technology. Featuring what Motometer says is “clear and intuitive” menu navigation and CAN display, the Sensitive Cockpit system’s glass front panel is said to offer thorough protection against physical influences. Motometer’s new Motocandis CAN-D
    Read More
  • Using machine control in earthmoving boosts efficiency
    December 19, 2017
    The use of new machine control tools has made a significant boost in earthmoving efficiency. Automated grade control using GNSS signals has transformed how earthmoving contractors get work done. Through the engineering efforts of its innovators and developers, machine control technology has been improved and refined over the years. A development in the ongoing evolution of machine control technology is Topcon Positioning Systems’ introduction of its 3D-MCMAX integrated 3D dozer system. Most notably, the
    Read More
  • Positioning tools from Topcon
    November 15, 2012
    Topcon is offering an array of new tools that can improve surveying and machine control capabilities for contractors. Light and compact, the B110 dual-frequency positioning receiver board features the new Vanguard ASIC system and can support 226 universal channels for GPS, GLONASS and Galileo tracking and scalable positioning. The B110 board’s small size, low power consumption and versatile communication interfaces make it easy to integrate into any precise positioning application. It features a high perfor
    Read More
  • Securing safer transportation infrastructure through non-destructive technology
    June 16, 2014
    Kevin Vine reports on the use of non-destructive testing for structural analysis of bridges Seven years ago, the overpass collapse in Laval, Québec that led to the death of five people brought to light severe issues with the state of the country’s bridges and transportation infrastructure. More recently, a crack in the Champlain Bridge to Montreal that forced over 160,000 commuters to find alternate routes to work reaffirmed a need for greater emphasis on early detection before a crisis occurs.
    Read More

Highlighted Content