Platform One

PLATFORM ONE

Build in a Limitless Ecosystem

Platform One is engineered by UAS Nexus as a first-of-its-kind ecosystem, fusing Western drone technologies into one scalable, attritable, interoperable platform.

Shop Platform One

Endless ways to stack Platform One.

Platform One is built on a proven modular architecture. The latest airframe refines that foundation with a more symmetrical design, significantly more interior build space, and greater flexibility for integrating communications, compute, flight control, sensors, and payloads. Same Platform One architecture. More room to build.

Specifications

Spec	Details
Airframe	526 × 592 mm (20.7 × 23.3 in)
Propellers	7" / 10"
Max Speed	80+ MPH
Endurance	20+ minutes at cruise
Range	Up to 20 km*
Power	6S LiPo or Li-ion; XT60 / XT90
Dry Weight	1.1 kg (2.6 lbs)*
Weight with Battery	2.07 kg (4.57 lbs)*
MTOW	5.07 kg (11.18 lbs)
Max Payload	3 kg (6.61 lbs)
Software	INAV / Betaflight / PX4 / ArduPilot
Materials	Carbon fiber, flexible FDM print (95A), stainless hardware
Cooling	Active cooling or heatsink

Platform One dimension diagram — PLATFORM ONE DIMENSIONS

*Performance and weight vary based on configuration, battery, payload, communications system, operating conditions, and mission profile.

Components and Capabilities

Explore FPV and Developer component paths for Platform One.

FPV Communications

Configuration flow: choose ORQA EW, ORQA ISM, or TBS Unify Pro. Unify Pro configurations pair with either Crossfire or ELRS control.

ORQA EW

Electronic-warfare communications option for Platform One FPV configurations.

EW-focused configuration
Integrated FPV communications
Mission-specific setup

ORQA ISM

ISM-band communications option for Platform One FPV configurations.

Conventional ISM-band operation
Integrated FPV communications
Mission-specific configuration

TBS Unify Pro

FPV video system used in Platform One's Unify Pro configuration.

Pairs with either Crossfire or ELRS control
SmartAudio support
Configuration varies by selected Unify hardware

Platform One Developer component overview

Communications

Standard Developer flow: choose Doodle Nano, Doodle Mini, Silvus, DTC BluSDR-6, or DTC SigLink. Developer configurations default to Raspberry Pi 5 compute.

Doodle Labs Nano

Compact Mesh Rider radio option for space- and weight-constrained UAS integrations.

Mesh networking
Compact, low-SWaP form factor
Performance varies by band, region, and channel width

Doodle Labs Mini

Embedded Mesh Rider radio designed for OEM UAS integration.

Mesh networking
Compact embedded radio architecture
Performance varies by band, region, and channel width

Silvus StreamCaster LITE 5200

Compact tactical MANET radio designed for SWaP-constrained uncrewed systems.

52 g compact OEM module
Up to 100 Mbps data rate
Up to 2 W native RF output
Silvus MN-MIMO mesh networking

DTC BluSDR-6

Ultra-compact, low-SWaP software-defined radio designed for small uncrewed systems and robotics.

26 g compact radio module
MeshUltra-X MANET networking
Up to 87 Mbps throughput
SBUS and MAVLink integration

DTC SigLink

Tactical data-link option for Platform One Developer configurations.

Designed for unmanned and tactical communications
Supports mission data and command-and-control applications
Integrated as a Developer communications option

Imaging & Video Processing

Sightline 1710

Compact embedded video processor for onboard imaging and AI-enabled video applications.

H.264 / H.265 encoding
AI-enabled detection and classification
Designed for SWaP-constrained integrations

Autonomy & AI

ModalAI VOXL 2

AI compute and integrated flight-control option for advanced autonomy applications.

15 TOPS AI performance
Integrated flight-control capability
Compact companion-compute architecture

ModalAI VOXL 2 Mini

Compact AI compute and flight-control option for SWaP-constrained autonomy integrations.

Compact 42 × 42 mm architecture
15 TOPS AI performance
Integrated flight-control and autonomy capability

Compute

Raspberry Pi 5

Default onboard compute for Platform One Developer configurations, providing a flexible foundation for payload integration and mission-specific applications.

2.4 GHz quad-core Cortex-A76 CPU
General-purpose companion compute
PCIe, MIPI, USB and Ethernet connectivity

Raspberry Pi Compute Module 5

Embedded Raspberry Pi 5-class compute option for custom carrier-board integrations.

2.4 GHz quad-core Cortex-A76 CPU
Compact embedded module
PCIe, MIPI, USB, Ethernet and GPIO integration paths

Built for mission-specific integration. Platform One's expanded interior build space and modular architecture support additional communications, compute, flight-control, imaging, autonomy, and payload integrations beyond the components shown.