WATCH: Corona Fire Department uses Doodle Labs mesh radios for MANET in simulated search and rescue

WATCH: Corona Fire Department uses Doodle Labs mesh radios for MANET in simulated search and rescue

Use of Wearable Mesh Rider Radios to support situational awareness tools like TAK ensures connectivity, team safety and speed of response in rugged, disconnected environments.

2 minute read

Category: News

Tags: Connected Teams, Corona Fire Department, Public Safety, UAV, Video

In early 2024, members of the Corona Fire Department and mesh networking company Doodle Labs gathered near the Skyline Drive Trailhead in Corona, California, just east of Anaheim.

The groups set out to perform a simulated search and rescue mission in the mountainous area, which is a popular area for hikers but has rugged terrain and very spotty LTE coverage.

To stay connected, coordinate a response and locate a hidden mannequin standing in as a distressed hiker who has called in to 911 but has since gone unresponsive, the Corona FD team deployed ground teams, a mobile UTV and a drone, all connected through a mobile ad-hoc network (MANET) powered by Doodle Labs mesh radios and supporting the use of situational awareness tool ATAK.

Using TAK and thanks to connectivity provided by Doodle Labs mesh radios in-hand and mounted to the department’s vehicles on the scene, the group was able to share location data, send voice comms, videos and photos and broadcast a drone video feed across the entire team on their own Samsung devices without utilizing LTE. Using Doodle Labs’ Network Extension feature, they were then able to backhaul into a Starlink unit on a response vehicle at the base of the foothills and further share all the data into their cloud-based TAK server.

In the end, Doodle Labs’ mesh MANET sped up the coordinated search and rescue response and led to a positive outcome even in an otherwise disconnected environment.

Watch now:

For more on Doodle Labs’ solutions for connected teams, visit doodlelabs.com/connected-teams/

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

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