WATCH: How Doodle Labs MANET supports successful use of TAK

WATCH: How Doodle Labs MANET supports successful use of TAK

Corona Fire Department’s search-and-rescue simulation exercise illustrates how a resilient mesh, multi-domain, mobile ad-hoc network is vital to achieve the speed and safety promised by situational awareness tools like TAK.

1 minute read

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

In emergency response scenarios, connected teams can utilize situational awareness platforms like TAK to coordinate a safe, rapid response. But TAK requires resilient, dependable connectivity to work properly in the field.

In a simulated search and rescue with the Corona Fire Department, they deployed a mesh mobile ad-hoc network (MANET) powered by Doodle Labs radios with Mesh Rider technology.

Their mission: coordinate the search for and rescue of a distressed hiker in a known LTE-poor environment.

Watch the video below to see how using TAK on a reliable, resilient MANET increases situational awareness and speeds up response times. Then learn how Mesh Rider Radios support true multi-domain connectivity, bringing drones, ground robotics, vehicles, and people onto the same resilient network.

Watch now:

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

Specifications

Nano²

Arrow Range

46.9x35x20.74mm

 

Weight

36.5 grams

 

Functionality

Ethernet (100 Base-T)
USB Dev
USB Host
UARTX1
GPIOX3

 

Range

50+ km

 

Throughput

80 Mbps

 

Datasheet Learn More
Mini-Three QuarterView Right side

Mini

Arrow Range

46x51x6.5mm

 

Weight

34 grams

 

Functionality

Ethernet (100 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 (100 Base-T)
USB Dev
USB Host
UART
WiFi

 

 

Range

50+ km

 

Throughput

80 Mbps

 

WiFi

WiFi

 

GPS

GPS

 

Datasheet Learn More

Boost

Arrow Range

46.9 × 35.0 × 20.74 mm (without heatsink)
46.9 × 35.0 × 26.38 mm (with heatsink)

Weight

147 grams (without heatsink)

Functionality

GPIO (configurable control)
5.5–30 VDC input

Range

Extended range via +33 dBm (4W) amplification

Throughput

Improved link margin and signal reliability (Tx + Rx amplification)

Datasheet Learn More

Wearable

Arrow Range

134.3×63.0×17.0m

 

Weight

311 grams

 

Functionality

Ethernet (100 Base-T)
USB Dev
USB Host
UART

 

 

Range

50+ km

 

Throughput

80 Mbps

 

WiFi

WiFi

 

GPS

GPS

 

Datasheet Learn More

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