EDGE NETWORKING

Encapsulated, Rugged, Tiny Networking

BotBlox Pucks deliver unmanaged and managed Ethernet networking in tiny and tough form factors — engineered for weight-critical, space-constrained applications in harsh environments.

What Pucks Are

The Router That Lives on The Airframe

SHOP PUCKS

PUCK EDGE

Pucks push the boundary of rugged network miniaturisation. By encapsulating the network and compute electronics with tiny connectors and a rugged chassis that doubles as a heatsink, we can achieve unprecedented levels of network density.

Pucks offer the most rugged networking solution without adding the size and weight of traditional industrial and military network hardware. Our Pucks are NDAA compliant and MIL-STD-810H tested.

Designed for aerial drones, underwater ROVs, and compact ground vehicles where size and weight are the primary integration constraints.

Port Speed

Dimensions

Functionality

IP Rating

Operating temperature (°C)

8 x 1G, 3 x 2.5G/5G/10G

68 x 58 x 22mm

VLAN, Port Management, Link Aggregation

IP55

-40 to +85

Product Range

Explore the Pucks family

All

19 ports

11 ports

4 ports

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Pucks

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Puck Edge

Dimensions

68 × 58 × 22 mm

Ports

8 × 1GBASE-T · 3 × 2.5G/5G/10GBASE-T

Power

4 W idle · 11 W max

Input Voltage

5–60 V DC

Temperature

−45°C → +85 °C

Rating

10 Gbps

Pucks

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Puck Mini

Dimensions

44.8 × 44.8 × 24.5 mm

Ports

4 × 10/100/1GBASE-T

Power

4 W max

Input Voltage

5–60 V DC

Temperature

−70°C → +110 °C

Rating

1 Gbps

Pucks

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Puck Maxi

Dimensions

91.8 × 81.8 × 33.9 mm

Ports

8 × 1GBASE-T · 3 × 1G/10G SFP

Power

2W idle · 6W max

Input Voltage

5–60 V DC

Temperature

−50°C → +110 °C

Rating

10 Gbps

Pucks

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Puck Pro

Dimensions

70 × 55 × 39 mm

Ports

16 × 1GBASE-T · 3 × 2.5G/5G/10G

Power

14 W max

Input Voltage

5-60V

Temperature

-40°C to +85°C

Rating

10 Gbps

Architecture & Integration

Plug-in networking for the tightest platforms

SUPER RUGGED

Rugged, Encapsulated

BotBlox Pucks are our most rugged options, providing ultra compact network connectivity in encapsulated chassis form factors for harsh applications.

THERMAL MANAGEMENT

Passive integrated thermal management.

Our more capable, higher bandwidth devices are typically offered in Puck format, allowing us to use the chassis design for passive thermal management.

ENVIRONMENTAL PERFORMANCE

MIL-STD-810H Tested

Our Puck products are MIL-STD-810H tested to vibration, shock, altitude and temperature, backed up by thousands of hours of flight time.

Environmental Credentials

Hardened for the field, wherever that may be

Pucks are qualified to MIL-STD-810H and designed for continuous operation across extreme temperature ranges, making them mission-ready for the harshest deployment environments.

Vibration Resistance

MIL-STD-810H

Qualified to Method 514.8 for random vibration profiles representative of ground vehicle, rotary-wing, and fixed-wing platforms.

Vibration Resistance

MIL-STD-810H

Qualified to Method 514.8 for random vibration profiles representative of ground vehicle, rotary-wing, and fixed-wing platforms.

Shock Resistance

40G Peak

Designed to survive high-shock events during deployment, landing, and operational manoeuvres typical of unmanned systems.

Shock Resistance

40G Peak

Designed to survive high-shock events during deployment, landing, and operational manoeuvres typical of unmanned systems.

Operating Temperature

-40 to +85°C

Wide industrial temperature range maintained without active cooling — critical for enclosure-limited and thermally isolated platforms.

Operating Temperature

-40 to +85°C

Wide industrial temperature range maintained without active cooling — critical for enclosure-limited and thermally isolated platforms.

Ingress Protection

Chassis casings

All Pucks are encapsulated with varying levels of ingress protection, for deployment in maritime, aerial and outdoor deployments.

Ingress Protection

Chassis casings

All Pucks are encapsulated with varying levels of ingress protection, for deployment in maritime, aerial and outdoor deployments.

Where Pucks Are Deployed

From nano drones to underwater vehicles

BotBlox Pucks are integrated into the most size-constrained platforms across multiple application domains.

Each environment demands the smallest possible network footprint without compromising on reliability or feature set.

AERIAL

Black render of a fixed-wing UAV aircraft

UAVs & Aerospace

Network-managed flight systems where weight, voltage range, and EMI tolerance decide whether the platform stays airborne.

SPACE

Black render of a satellite with solar panels and a dish antenna

Space Systems

Compact Ethernet switching for spacecraft buses where every gram, every milliwatt, and every qualified component matters.

SUBSEA

Black render of an autonomous underwater vehicle

Underwater Vehicles

Sealed-environment networking for AUVs and ROVs operating under crushing pressure, saltwater corrosion, and signal blackouts.

GROUND

Ground Robotics

Rugged switching for UGVs facing shock, vibration, dust, and unstable power across defense, mining, and inspection deployments.

INDUSTRIAL

Factory Automation

Deterministic Ethernet for robot arms and assembly cells where latency, jitter, and EMI immunity decide production uptime.

MOTOSPORT

Black render of a Formula-style race car

Race Telemetry

High-bandwidth telemetry switching aboard race cars, surviving heat, vibration, and electromagnetic interference at racing speed.