- v1.6
- 4/1/2026 by Austin & Nicole Barkis
ROAM™
Start here: follow the step-by-step assembly process and get your ROAM™ system ready for operation.
Start Here: ROAM™ Handbook
ROAM - Kit Handbook
| Download Link | Release Notes | For Aircraft Shipped: |
|---|---|---|
| ASW-ROAM-Kit-Handbook-V1.2 | v.1.2 | ROAM™ Quadcopters March 2026 to present |
Assembly: Frame Kit + Build Accessory Package
Follow the videos below in order to assemble your ROAM™ system. Start with the Frame Kit, then move to the Accessory Kit, and finish with Programming.
Each step builds on the previous one. The Accessory Kit cannot be installed until the Frame Kit is fully assembled, and Programming should only be completed once all hardware is installed. If you are unsure where to begin, always start with Part 1.
- Est. 45 Minutes
Part 1: Frame Kit
Begin here to build the core airframe and install all primary structural and avionics components before moving to the Build Accessory Package.
- Est. 45 Minutes
Part 2: Build Accessory Package
Only start this step after completing the Frame Kit, then install motors, propellers, and remaining hardware.
Programming: System Setup
ROAM™ - Programming Utility
| Download Link | Release Notes | For Aircraft Shipped: |
|---|---|---|
| roam-programming-utility-1.1.1-setup.exe | Initial Customer Release | ROAM™ Quadcopters March 2026 to present |
Programming + Propeller Installation
Complete your ROAM™ setup by following the programming steps using the ROAM™ Programming Utility. This process will guide you through system configuration, calibration, and final flight preparation.
Once programming is complete, return here to install your propellers when instructed. Propeller installation is the final step and should only be completed at the appropriate point in the setup process to ensure safe operation.
- Est. 10 Minutes
Part 3: Programming
Once all hardware is assembled, follow this step to program your system and prepare your ROAM for operation.
- Est. 30 Minutes
Part 4: Propeller Installation
Only start this step after completing the Frame Kit, then install motors, propellers, and remaining hardware.
ROAM FAQ
How long does the ROAM™ take to assemble?
Most users can fully assemble and configure ROAM in a single session.
If you’re familiar with the process, you can be up and flying in about an hour. For first-time builders, plan for closer to two to three hours.
There’s no need to rush. The system is designed to be straightforward, and as long as you have everything ready, including your frame kit, accessory kit, tools, and a PC, you can expect to complete assembly and programming the same day.
Are the ROAM™ Kit components NDAA compliant?
ROAM is designed to support programs that require NDAA-aligned procurement.
The Frame Kit includes NDAA-compliant core components, providing a compliant foundation for institutions prioritizing domestic sourcing and long-term program support.
The modular kit structure allows flexibility in how systems are configured to meet specific program requirements, while maintaining a serviceable and field-ready platform.
What is the difference between the Frame Kit and the Accessory Kit?
The Frame Kit includes the core structure and avionics of the ROAM platform. This is the foundation of the system, including the airframe, carrier board, GPS, radios, and autopilot.
The Accessory Kit includes the components required to complete the build and make the system flight-ready. This includes motors, propellers, battery, Remote ID module, and controller.
The kits are sold separately to allow flexibility in how systems are configured and deployed based on program requirements.
Are spare components available for bulk purchases?
Yes. ROAM is designed to support institutional programs at scale, and spare components are available for bulk purchase.
All major components are modular and individually replaceable, allowing programs to stock critical parts, perform maintenance in the field, and minimize downtime.
For bulk orders and program-specific support, please contact Aero Systems West directly.
As an Institution is there a discount for bulk Purchases?
Yes. Bulk pricing is available for institutional and program-level orders.
Please contact Aero Systems West directly to discuss your requirements and receive a custom quote.
Can I use this product to teach my classes?
Yes. ROAM was developed specifically to support hands-on learning and instruction in the UAV space.
Whether your objective is teaching drone assembly, supporting engineering and UAS curriculum, building a compliant program fleet, or conducting applied research and payload integration, ROAM provides a stable, professional platform designed to scale with institutional needs.
The system is modular, accessible, and well suited for classroom environments, allowing students to gain practical experience with real-world hardware and workflows.
Bulk kits are available for both the ROAM Frame Kit and Accessory Kit to support classroom and program-level deployment.
How much weight can the ROAM™ Lift?
ROAM has been tested to support payloads up to 2.0 kg.
Actual performance may vary depending on configuration, battery selection, and operating conditions. Always ensure payloads are properly secured and within safe operating limits.
What does ROAM™ stand for?
ROAM stands for Reconfigurable Open Architecture Multirotor.
It is a professional-grade UAV platform designed for programs, institutions, and operators who require flexibility, adaptability, and long-term usability.
