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OPDW C100 Multi-Mission Platform

OPDW C100 Multi-Mission Platform

Section titled “OPDW C100 Multi-Mission Platform”

OPDW C100 Multi-Mission Platform

Section titled “OPDW C100 Multi-Mission Platform”

Overview

Section titled “Overview”

The OPDW C100 is a multi-mission platform equipped with military-grade payloads, advanced drivetrain, and Blue UAS approved avionics. It offers long-endurance organic ISR capabilities, edge computing, and a suite of autonomy features aimed at reducing cognitive burden and providing hands-free functionality. Its ruggedized IP54 design allows for easy transportation by folding into a compact form.

[pdw-c100.jpeg]

Specifications

Section titled “Specifications”

  • Folded / Unfolded Dimensions: 24” x 15” x 8” / 64” x 65” x 11”

  • Weight: 21.4 lbs (9.7 kg)

  • Max Payload Mass: Up to 10 lbs (4.5 kg) with Long Endurance Pack (LEP) batteries

  • Long Endurance Battery: 74 minutes with ISR payload

  • Range: 6.2+ miles (10+ km)

  • Cruise Speed: 22.3 mph (36 km/h)

  • Max Speed: 40 mph (64.8 km/h)

  • Wind Limits:

  • ’ 30 mph sustained, 40 mph gust (ISR configuration)

  • ’ 25 mph sustained, 35 mph gust (up to 5 lbs gross payload weight)

  • 20 mph sustained, 30 mph gust (up to 10 lbs gross payload weight)

  • Night Operations: Zero light emission mode with IR LEDs and strobe lights

  • Acoustic Signature: 61dB @ 5m away / non-audible at 600 meters

  • Autonomy: Visual Point Hold, Collision Prevention, Object Detection

  • Compute Core: Modal AI’s VOXL1 Qualcomm 812 + optional Nvidia Xavier NX

  • Weatherization: IP54

  • Supply Chain: NDAA Compliant / Blue UAS

Performance

Section titled “Performance”

  • Flight Time:

  • ’ 80 minutes at 2 lbs payload

  • ’ 70 minutes at 4 lbs payload

  • ’ 60 minutes at 6 lbs payload

  • ’ 50 minutes at 8 lbs payload

  • 40 minutes at 10 lbs payload

Questions to Ask at Demonstration

Section titled “Questions to Ask at Demonstration”

  1. Visibility and Detection: #* How far away can the C100 be seen by enemies? #* What are its IR and thermal signatures? #* What is the acoustic signature in different operational modes?

  2. Data and Communication: #* What are the bandwidth requirements for usable FMV feeds from the sensor to the operator? #* How is sensitive data managed on the drone? Is there local hosting or a store-and-forward mechanism that zeroizes upon impact? #* Is telemetry parsed in a separate channel to facilitate multi-enclave / shareable classification products when working with partner forces?

  3. Battery and Power: #* Are the batteries proprietary? What is their lifespan and chemistry? #* How does the drone perform in different environmental conditions such as winter, ice, rain, and high winds? #* Is saltwater exposure an issue? How does it handle dust storms?

  4. Durability and Maintenance: #* What is the most commonly broken part, and should we stock spare parts in advance? #* Is there a 24/7/365 manned hotline for support, reachable via public VOIP?

  5. Operational Use: #* Has the product been used in a theater of war, and by whom? #* Can we get contact information for those users to discuss their experiences? #* Can the drone be flown during the demonstration?

  6. Cost and Support: #* What is the price for the drone, ground control station (GCS), and enough batteries for continuous operation? #* How is sensitive data secured on the drone, especially considering potential capture by adversaries?

Notes from Prior Demonstrations

Section titled “Notes from Prior Demonstrations”

  • The C100 is considered as good as it gets for current US DoD applications, particularly for GWOT operations.

  • Not yet suitable for LSCO until frequency hopping radios and relay systems are integrated.

  • Solid support for non-DoD CONUS operations.