Purpose-Built for Research, Education, and Environmental Innovation
The WISPR Ranger Pro is a professional-grade unmanned aerial system designed and built in the U.S.A., giving research teams a dependable American-made drone platform for advanced research, environmental studies, and educational applications. Engineered for precision data capture and dependable field performance, the Ranger Pro delivers the power and flexibility required for research institutions, universities, and labs conducting LiDAR mapping, drone surveying, drone mapping, atmospheric analysis, and environmental monitoring. The system is also used as a reliable LiDAR drone for scientific and engineering missions.
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Experience professional-grade precision, durability, and adaptability—engineered to advance research and education.
High-Performance LiDAR Integration
At the heart of the Ranger Pro’s research capability is its LiDAR-based payload versatility. With support for a wide range of LiDAR systems, the platform captures detailed 3D topographic and structural data for projects spanning geospatial mapping, forestry modeling, infrastructure documentation, and environmental change detection. These capabilities make the Ranger Pro an effective LiDAR drone for professionals who require accurate drone surveying and drone mapping results.
Powered by a 465KV motor system, 18.5 inch carbon fiber propellers, and a maximum payload capacity of 7 lbs, the Ranger Pro ensures stable flight and data precision even in winds exceeding 50 mph. Researchers can count on 18 to 33 minutes of flight time (depending on payload) for extended survey coverage in a single mission.
The integrated Real-Time Kinematics (RTK) and Post-Processed Kinematics (PPK) compatibility enhances positional accuracy, while onboard LiDAR range finders maintain altitude stability and terrain-following precision during flight. This level of consistency supports high-resolution scan accuracy for drone surveying and scientific mapping applications.
Methane Detection with Laser Falcon
The Ranger Pro also supports Laser Falcon methane detection technology, a lightweight and high-precision payload used to identify and measure methane gas concentrations in real time.
Laser Falcon
For universities and research programs focused on environmental science, sustainability, and emissions reduction, the Laser Falcon provides actionable data for methane source identification and quantification whether over landfills, pipelines, wetlands, or agricultural sites.
The combination of the Ranger Pro’s modular airframe, open payload architecture, and stable flight dynamics ensures the Laser Falcon can operate effectively and safely in field conditions that range from open terrain to industrial corridors.
Advanced Research-Grade System Architecture
The Ranger Pro Series is engineered with a flexible, open-interface design that supports advanced payloads, academic research workflows, and custom system integrations. Built on U.S.-made, NDAA-compliant components, the platform provides the technical foundation required for LiDAR mapping, methane detection, drone surveying, drone mapping, environmental monitoring, and multidisciplinary research programs.
Highlights
- Open Flight Control and Firmware
Runs open-source ArduPilot firmware, supporting academic customization, mission scripting, and research-driven development - Flexible Payload and Sensor Integration
Dual HDMI ports for high-resolution video and sensor feeds
24V power port for payloads requiring dedicated power
SBUS, Serial, and PWM I/O ports for sensor control, gimbal operation, and third-party instrument integration
Supports both single and dual gimbal configurations - High-Capacity Power System
22.8V 6S 25,000mAh LiHV battery optimized for long-duration missions
Built-in cooling system for consistent ESC and electronics performance during demanding field operations - Portable Field-Ready Frame
Lightweight carbon fiber frame with a compact foldable design
Approximately 20 inches folded and 29 inches unfolded for rapid field deployment - Redundant Research-Grade Sensor Suite
Dual magnetometers, accelerometers, gyros, and barometers
Real-time UAS hardware monitoring and telemetry logging for proactive maintenance and fleet reliability - Collision Avoidance Options
Ranger Pro 1000: forward-facing LiDAR obstacle detection
Ranger Pro 1100: full 360 degree LiDAR-based omnidirectional avoidance
Platform Capabilities
Professional features designed for real-world performance and mission-critical reliability.
Technical Highlights
- Payload Capacity: Up to 7 lbs
- Flight Time: 18–33 minutes (depending on payload)
- Wind Resistance: 50+ mph
- Positioning: RTK & PPK compatible
- Collision Avoidance: LiDAR-based omnidirectional system
- Frame Material: Carbon fiber, foldable design
- Operating Temperature: -4°F to 122°F
- Made in the U.S.A. | NDAA-Compliant
Ideal For
- Environmental Science and Climate Research
- Methane Detection and Emissions Studies
- Forestry and Vegetation Analysis
- Infrastructure and Utility Corridor Mapping
- Geospatial Data Education and Training
Carbon fiber frame
The Ranger Pro’s carbon fiber frame combines strength and portability with a foldable design for quick transport and deployment. Researchers can assemble, launch, and collect data in minutes, making it ideal for field-based studies and academic training environments that involve drone surveying, drone mapping, and environmental data collection.
The system’s redundant sensor suite, including dual magnetometers, accelerometers, gyros, and barometers, provides flight stability and reliability across research conditions. Its omnidirectional LiDAR-based collision avoidance system allows for safe operation in dense or complex environments, supporting both day and night time missions.
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Explore the Ranger Pro Series
Experience professional-grade precision, durability, and adaptability, engineered to advance research and education.