Optimized for BVLOS (beyond line of sight) flights.
Its unique aerodynamic design and high reliability enable efficient forward flight over long distances, making it an ideal drone for cargo delivery and topographic surveying applications.
LiDAR
Introducing long-range BVLOS survey with the Wingcopter 198.
Boost the accuracy and efficiency of your research.
Data quality
Get the best data quality by transporting superior LiDAR and RGB systems.
Reliability
Trust in an aviation-grade UAS with a proven lifespan of over 1,000 flight hours.
Precision
Up to 570 points/m2 with 10 mm accuracy and 5 mm precision.
Service range
Fly 60 km per survey mission and scan up to 1000 hectares in 42 minutes.
Inspection of pipelines, power lines, roads, railways, and land surveying using cutting-edge LiDAR technology for smarter and more efficient infrastructure management.
THE WINGCOPTER 198
With high performance, durability, and a long service life, the Wingcopter 198 stands out as one of the most reliable and versatile UAS for logistics and LiDAR surveying.
Designed for performance
Dimensions: 198 cm x 152 cm x 65 cm
Maximum takeoff weight: 25 kg
Maximum range: 94 km
Speed: 90 km/h
Payload: 4,7 kg
High performance
ENHANCED FLIGHT CHARACTERISTICS
Winglets increase the wing surface area, making it more efficient in fixed-wing mode without compromising the drone's compact size.
ADVANCED MANEUVERABILITY
The Wingcopter 198 can withstand strong winds and fly in adverse weather conditions thanks to its patented tilting rotor technology.
Security and reliability
REDUNDANT FLIGHT CONTROL SYSTEM
The Wingcopter 198 is equipped with a range of redundant sensors, such as dual airspeed sensors and dual steering and positioning systems. This redundant system architecture ensures safe control of the aircraft.
FAIL-PROOF POWERTRAIN ARCHITECTURE
The Wingcopter 198 uses eight motors, eight ESCs, and two batteries to ensure operational safety, even in the event of a powertrain failure.
Cost-benefit ratio
TRIPLE-DROP
A triple delivery solution for up to 3 separate packages to multiple locations during a single flight is under development. Current models can be upgraded, reducing delivery costs and maximizing route efficiency..
ADVANCED MAINTENANCE TECHNOLOGY
For efficient maintenance management, component performance data is uploaded to a secure database. This maintenance technology prevents unplanned downtime, improves fleet reliability, and reduces maintenance costs.
HIGH LEVEL OF AUTONOMY
The Wingcopter 198 was designed for Level 4 autonomous flight and delivery, thus reducing the need for human interaction. The high level of autonomy allows for rapid setup and efficient operations, shifting the drone's focus to logistical operations.
Ease and efficiency of operations
MINIMIZE DOWNTIME
The smart hot-swap batteries that power the Wingcopter 198 are designed to maximize flight time and reduce downtime. They are optimized for quick swaps and easy handling on the ground.
Intuitive Mission Planning
The control station software is a system for flight and mission planning, aircraft control, and operational monitoring. It was specifically designed to enhance the workflow of the pilot in command.
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