1. Abstract / Summary
The C100 from Performance Drone Works (PDW) is a modular, man-packable quadcopter designed to carry a wide range of ISR and mission payloads into contested environments. Central to its operational performance is the integration of Doodle Labs’ RM-2025-62M3 Mini Mesh Rider Radio, enabling robust, encrypted communications over long distances and dynamic conditions. Now accepted into the Blue UAS framework, the C100 delivers enterprise-grade reliability in a small tactical package.
2. Background
PDW was founded by veterans with deep operational experience and a clear understanding of the gaps in existing Group 1 and 2 sUAS platforms. The team designed the C100 to be flexible, field-repairable, and fully modular—capable of transitioning between ISR, logistics, and other mission sets with minimal reconfiguration.
But even the most capable airframe requires a trusted digital backbone. In modern operations, the radio link is no longer an accessory—it’s the enabler.
3. The Program or Mission Need
PDW set out to build a drone that could:
- Be carried and deployed by a single operator
- Support payloads ranging from EO/IR sensors to logistics pods
- Operate effectively in GPS-denied and EW-contested environments
- Deliver real-time situational awareness across varied terrains and mission sets
- Comply with strict security and procurement standards, including Blue UAS
The communications system had to be secure, long-range, compact—and battlefield proven.
4. The Evaluation Landscape
PDW evaluated multiple OEM radio solutions but found key limitations in:
- Spectrum agility: Some radios were locked to commercial bands, limiting deployment flexibility.
- EW resilience: Others lacked sufficient anti-jam and low-probability-of-intercept capabilities.
- SWaP efficiency: Size, weight, and power overheads threatened to compromise the drone’s endurance.
- Blue UAS compatibility: Few systems were aligned with DoD cybersecurity and procurement requirements.
PDW needed a solution that could deliver tactical-grade performance without enterprise bloat.
5. Selection Criteria
The team prioritized a radio platform with:
- Multi-band support for M1–M6 frequencies (1625–2500 MHz)
- Small footprint to fit into the C100’s compact electronics bay
- Mesh networking to support swarming and multi-node operations
- High data throughput to handle HD video and control simultaneously
- Field-proven reliability across diverse terrains and mission profiles
- Blue UAS-friendly architecture to accelerate defense adoption
6. Why the Partner Chose Doodle Labs
Doodle Labs’ RM-2025-62M3 Mini was the only radio that checked all the boxes:
- Operates across six federally approved bands
- Features built-in Frequency Hopping Spread Spectrum (FHSS) and AES-256 encryption
- Ultra-compact, low-power module easily integrated into PDW’s modular avionics stack
- Fully compatible with PDW’s software-defined radio layer and onboard compute
- Backed by Doodle Labs’ track record of success in frontline and classified programs
The radio didn’t just meet the spec—it gave PDW confidence to compete in high-stakes defense procurements.
7. Solution Overview
PDW embedded the RM-2025-62M3 Mini directly into the C100’s avionics module, allowing seamless interoperability with:
- Ground Control Station (GCS) systems
- Portable soldier-end tablets and control interfaces
- High-gain, directional, or omni antenna configurations
- PDW’s Sense operating system and autonomy stack
In the field, the radio delivers real-time telemetry, HD video, and command/control—all protected by adaptive mesh networking and military-grade security.
8. Program or Mission Win
The Doodle Labs-enabled C100 has achieved major operational and commercial milestones:
- Accepted into the DoD Blue UAS Cleared List, streamlining adoption across U.S. defense programs
Deployed for missions involving ISR, comms relay, and light payload delivery - Demonstrated interoperability with existing defense C2 infrastructure
- Used in edge-AI and autonomy experiments where reliable, low-latency dataflow was essential
These wins reflect not just platform performance—but system-level trust.
9. Platform or System Highlights
PDW C100 Quadcopter:
- Modular, man-packable Group 1 sUAS
- Up to 74 minutes endurance depending on payload
- 15+ lb payload capacity
- IP-rated, tool-less maintenance
- Native integration with PDW’s Sense operating system
- Approved on Blue UAS Cleared List
Doodle Labs RM-2025-62M3 Mini Radio:
- Multi-band (M1–M6, 1625–2500 MHz)
- Miniature SWaP form factor
- AES-256 encryption and FHSS
- Mesh Rider® technology for dynamic networking
- Designed to meet MIL-STD environmental conditions
- Used across UAV, ground, and maritime platforms
10. Performance Validation
PDW and Doodle Labs conducted joint testing in varied environments, validating:
- Stable digital links over extended ranges in field conditions
- Seamless video streaming and telemetry under movement, altitude changes, and signal degradation
- Resilience to interference and antenna orientation shifts
- Low-latency performance for real-time autonomy and FPV operations
While specifics remain internal, field feedback has reinforced the C100’s reputation as a high-performing tactical ISR asset.
11. Strategic Impact
The C100 is not just a drone—it’s an open, scalable platform. With Doodle Labs onboard, it can now serve as:
- A node in a resilient ISR mesh network
- A forward-positioned edge compute platform
- A logistics enabler for austere environments
- A Blue UAS-qualified solution for rapid defense fielding
For program managers, this means less risk, faster deployment, and long-term mission flexibility.
12. Looking Ahead
PDW is already building on this foundation with:
- Swarming and collaborative autonomy leveraging Mesh Rider networking
- Multi-domain control integration for synchronized land/air operations
- DoD and international programs requiring low SWaP, high-performance sUAS
- Continued co-development with Doodle Labs around future-proof RF architectures
As battlefield dynamics shift, the C100 is ready to evolve—backed by radios that can keep up.
