Teledyne FLIR

Teledyne FLIR

SkyRanger R70 – Multi-Mission UAS with Long-Range Comms Powered by Doodle Labs' 900 MHz Mesh Rider Radio

1. Abstract / Summary

Teledyne FLIR’s SkyRanger R70 unmanned aerial system (UAS) has been enhanced with Doodle Labs’ NM-915-2G transceiver, operating at 900 MHz. This integration significantly improves the drone’s communication capabilities, ensuring robust, long-range, and low-latency data transmission essential for mission-critical operations.​

2. Background

The SkyRanger R70 is a versatile UAS designed for demanding applications, including surveillance, reconnaissance, and search and rescue. Its modular architecture allows for various payload integrations, necessitating a communication system that can handle diverse operational requirements.​ 

3. The Program or Mission Need

Operators required a reliable communication link to support high-throughput data transfer for real-time video streaming and telemetry over extended distances. The existing communication systems faced challenges in maintaining connectivity in complex environments.

4. The Evaluation Landscape

The market offered several communication solutions, but few met the stringent requirements for range, bandwidth, and resilience needed for the R70’s diverse missions.​

5. Selection Criteria

The ideal communication solution needed to:

  • Operate effectively at 900 MHz for optimal range and penetration.​
  • Support high data throughput for real-time video and control signals.​
  • Be lightweight and compact to fit within the R70’s design constraints.​
  • Demonstrate resilience in challenging environmental conditions.

6. Why the Partner Chose Doodle Labs

Doodle Labs’ NM-915-2G transceiver was selected for its proven performance in similar applications, offering the necessary range, data rate, and reliability. Its compatibility with the R70’s architecture facilitated seamless integration.​

7. Solution Overview

The NM-915-2G transceiver was integrated into the R70, providing a robust communication link operating at 900 MHz. This setup ensured stable connectivity for transmitting high-definition video and telemetry data over long distances.​

8. Program or Mission Win

Post-integration, the R70 demonstrated enhanced operational capabilities, maintaining reliable communication links in various environments, thereby increasing mission success rates.​

9. Platform or System Highlights

  • Enhanced Range: Effective communication over extended distances.​
  • High Throughput: Supports real-time HD video streaming and telemetry.​
  • Robustness: Maintains connectivity in diverse environmental conditions.​

10. Performance Validation

Field tests confirmed the integrated system’s ability to sustain high data rates with low latency, meeting all mission requirements.​

11. Strategic Impact

The successful integration of Doodle Labs’ transceiver has positioned the SkyRanger R70 as a more capable and reliable UAS, enhancing its appeal for critical operations.

12. Looking Ahead

Teledyne FLIR plans to continue collaborating with Doodle Labs to explore further enhancements, including integrating additional frequency bands and advanced communication technologies.​

Specifications

Mini

Arrow Range

46x51x6.5mm

 

Weight

34 grams

 

Functionality

Ethernet (1000 Base-T)
USB Dev
USB Host
UARTX1
GPIOX3

 

Range

50+ km

 

Throughput

80 Mbps

 

Datasheet Learn More

OEM

Arrow Range

57×86×13mm

 

Weight

102 grams

 

Functionality

Ethernet (1000 Base-T)
USB Dev
USB Host
UART
WiFi

 

 

Range

50+ km

 

Throughput

80 Mbps

 

WiFi

WiFi

 

GPS

GPS

 

Datasheet Learn More

Wearable

Arrow Range

134.3×63.0×17.0m

 

Weight

311 grams

 

Functionality

Ethernet (1000 Base-T)
USB Dev
USB Host
UART

 

 

Range

50+ km

 

Throughput

80 Mbps

 

WiFi

WiFi

 

GPS

GPS

 

Datasheet Learn More

Nano

Arrow Range

28×47×6.5mm

 

Weight

25 grams

 

Functionality

Ethernet (1000 Base-T)
USB Dev
USB Host
UARTX1
GPIOX3

 

Range

5+ km

 

Throughput

40 Mbps

 

Datasheet Learn More

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