Carnegie Robotics

Carnegie Robotics

“CRL’s robotic capabilities are broad and deep: perception, positioning, motion and path planning, power, computing, manipulation and mobility/platform design.” CRL designed the Standoff Robotic Explosive Hazard Detection (SREHD) robot as a program of record with the Program Management Close Combat Systems (PMCCS), part of the US Army.

The SREHD is designed to semi-autonomously, remotely detect, mark, and potentially even neutralize buried explosives, including mines and IEDs, and thereby removing soldiers from the extremely dangerous task. In combat, land mine and improvised explosive device (IED) clearance is a slow, painstaking, stressful job that physically and mentally drains Soldiers and military working dogs.

The semi-autonomous system combines new and existing modular capabilities integrated onto an unmanned ground vehicle (UGV).

The operator is able to stand at a safe distance and remotely guide and direct the SREHD robot using a touch-screen tablet OCU that displays controls and threat map for precise detection.

The system uses state-of-the-art stereoscopic, 3D imaging that accurately determines distances and elevation between objects. The stereo camera provides obstacle avoidance to ensure that SREHD does not go over a cliff or hit a rock during detection. This allows the system to maneuver through complex terrain—urban or rural, irrigated or unirrigated—with minimal input from the operator.

To establish the secure, encrypted datalink, to send the various streams (video, 3D imaging, C&C) Carnegie Robotics turned to Doodle Labs. Together, both companies worked closely on R&D for a custom solution using the Special Band Transceivers that met the mission-critical capabilities required.

The Special Band Transceivers has since been upgraded to the Mesh Rider Radio Platform. The SR Platform continues to offer solutions for customers across all frequencies (Federal and Unlicensed Bands) depending on the application requirement. It’s taken the learnings from being integrated into numerous systems over the years and optimized for mobile mesh networking capabilities.

Doodle Labs has the technology and expertise you can rely on for your application. We have carefully designed and rigorously tested our entire product line for optimal performance in a variety of applications.

We look forward to seeing how our radios could benefit your system and hope that you choose Doodle Labs as your partner for broadband radio solutions. Connect with us today.

Specifications

Mini-Three QuarterView Right side

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
Mini-Three QuarterView Left Side

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

Case Studies

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Teledyne FLIR

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Freefly Systems

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Darkhive

Darkhive selected Doodle Labs’ Mesh Rider Radios to enable high-throughput, long-range connectivity in its Obelisk drone platform
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Aerial Systems

Teledyne FLIR

SkyRanger R70 – Multi-Mission UAS with Long-Range Comms Powered by Doodle Labs’ 900 MHz Mesh Rider Radio
Learn More
Aerial Systems

Freefly Systems

The Astro is an NDAA-Compliant Enterprise Drone, Powered by Doodle Labs Mesh Rider Radio
Learn More
Aerial Systems

Darkhive

Darkhive selected Doodle Labs’ Mesh Rider Radios to enable high-throughput, long-range connectivity in its Obelisk drone platform
Learn More
View More

Contact

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