Mission Darkness Drone Ops Rapid Cinch
POA
The Mission Darkness™ Drone Ops Rapid Cinch is a specialized, fast-deployment Faraday forensic analysis enclosure designed to instantly isolate unmanned aerial vehicles (UAVs) from all wireless signals and electro-magnetic pulses (EMPs), securing digital evidence and preventing data manipulation immediately upon seizure. Two layers of TitanRF™ Faraday fabric. Military-grade certified to IEEE 299-2006 and MIL-STD-188-125. Ideal for forensic evidence preservation, tactical operations, and drone security.
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Get a Quote →Drone Ops Rapid Cinth - field-deployable RF isolation for on-site drone forensics and live analysis
The Mission Darkness™ Drone Ops Rapid Cinch is a field-ready RF-isolated containment system designed for drone recovery, on-site forensic analysis, and evidence preservation. Operators can rapidly secure a downed or seized drone or UAV, isolate it from external radio signals, and safely conduct examination or data extraction within a fully shielded environment.
Built for military, defense, law enforcement, and investigative teams, the system combines high-performance signal shielding with rapid field deployment. A rigid aluminum interface plate features two double-layer conductive gloves for precise device manipulation inside the enclosure, integrated LED lighting, and a patented RF-FilterVu™ transparent viewing window for clear visibility while maintaining complete RF isolation. A supportive T-stand holds the interface plate upright during operation.
A modular filter plate system allows connectivity to be configured based on mission needs. Standard options include a single-port USB 2.0 filter or a multiport filter with AC power, RJ45 Ethernet, and dual USB 2.0 ports, with additional configurations available upon request.
The enclosure body is constructed from two layers of TitanRF™ Faraday Fabric, certified to MIL-STD-188-125 and IEEE 299-2006, providing shielding from WiFi (2.4 & 5 GHz), Bluetooth, cellular signals including 5G, GPS, RFID, NFC, and frequencies from low MHz through 40 GHz. A rugged ballistic nylon exterior adds durability for field operations.
A defining feature of the Drone Ops Rapid Cinch is its drawstring cinch-style closure, which replaces traditional folded or magnetic seals. This design provides a wide, unobstructed opening for larger drones while enabling fast, secure closure in the field. An attached Faraday cap covers the cinch for a third layer of signal protection, complementing the dual-cinch closure.
The kit includes replacement conductive gloves, two cable sets, a signal-dampening foam block for device stabilization and enhanced shielding, two stylus pens, and a padded carrying case for the enclosure and accessories. Lightweight and portable, the system supports efficient transition between field recovery and laboratory analysis.
Applications:
- Drone forensics and recovery
- Counter-UAS operations
- Field isolation of downed or captured UAVs
- Evidence preservation and triage
- Secure data extraction
- On-scene drone examination and repair
- SCIF-compatible workflows
- RF-restricted environments
RF Isolation & Shielding:
- TitanRF™ Faraday Fabric is certified by Keystone Compliance to MIL STD 188-125 (shields against High-altitude Electromagnetic Pulses) and IEEE 299-2006 (effectiveness of electromagnetic shielding)
- Blocks all RF signals including WiFi (2.4 to 5GHz), Bluetooth, Cellular (including 5G), GPS, RFID, NFC, and radio signals from low MHz to 40GHz, with ~90dB+ average attenuation
- Blocks carrier, hardware, and OS agnostics
- Shields against EMP, HEMP, CME, Solar Flares
- Blocks device hacking, tracking, remote wiping and remote detonation
Key Features:
- Drone-centric forensic analysis and RF isolation system
- Shielded dual-sided filter for high-speed data extraction and long-term charging (options include a filter with single USB 2.0 port or a multiport filter with AC power, RJ45 ethernet, and two USB 2.0 ports)
- Portable and field-deployable, collapses into padded carrying case
- User-replaceable gloves and filter plate
- Designed and assembled in the USA by MOS Equipment
- 1 Year Warranty
Construction:
- The exterior is constructed of durable water-resistant Ballistic nylon
- The interior has two layers of high-shielding TitanRF™ Faraday Fabric on all sides
- Dual double-layer conductive gloves mounted on rigid aluminum interface plate
- Integrated RF-FilterVu™ transparent viewing window
- Rapid Cinch closure system for quick deployment and large-object access
- Modular filter plate with interchangeable configurations
- Built-in LED interior illumination for low-light operations
- RF-dampening foam block for signal suppression and device padding
Dimensions & Weigh:
- Internal usable dimensions: 36″ W × 36″ D × 23.4″ H (91.5cm × 91.5cm × 59.5cm)
- External dimensions: +0.2″ (+0.5cm) to internal dimensions
- Viewing window dimensions: 9.4″ W × 3.5″ H (24cm × 9cm)
- Carrying case external dimensions: 25.5″ L x 18″ W x 7.5″ H (65cm x 46cm x 19cm)
- Weight: 15 kg total , including a 8.2 kg base unit and 6.8 kg of accessories
The Kit Includes:
- Mission Darkness Drone Ops Rapid Cinch enclosure
- Modular filter plate (USB 2.0 or multiport variant) and bracket stand
- Two double-layer conductive gloves (installed) plus a set of replacement gloves
- Two Cable Sets (each set includes a universal angle USB A/M to A/M, lightning to USB, micro USB, USB-C, USB extension)
- Exterior connection cables (MDFB-DRONE-CINCH-USB includes a USB A/M to A/M cable; MDFB-DRONE-CINCH-MPF includes short and long RJ45 ethernet cables and an AC power cable)
- Bulk pack of DataPort Swabs for cleaning device charging ports for reliable power connection
- Two LED lights
- Signal-dampening foam block
- Two stylus pens
- Padded carrying case
- User instructions
Available Variations:
- USB Filter: shielded filter includes one USB 3.0 port plus corresponding cables
(a) Complete Unit (MDFB-DRONE-CINCH-USB)
(b) USB Filter Plate Only (MDDO-RC-PLATE-USB) - Multiport Filter: shielded filter includes one RJ45 ethernet port, one AC power port, and two USB 2.0 ports plus corresponding cables
(a) Complete Unit (MDFB-DRONE-CINCH-MPF)
(b) Multiport Filter Plate Only )MDDO-RC-PLATE-MPF) - Custom filter configurations available on request
The Mission Darkness™ Drone Shielding Range:
- Recon Faraday Drone Shield – Faraday protection for drones and UAVs
- Drone Ops Rapid Cinch – field deployable RF isolation for drone forensics and live analysis
- DroneCloak – rapid deployment Faraday shield for drone signal neutralisation
- For other Faraday products that can be used to shield drones, watch the video Best Faraday Bags For Drones! Mission Darkness™
Usage Warning: the Faraday fabric and and conductive gloves will become defective with extended water contact or any punctures – do not insert wet devices, items or devices with sharp edges or unprotected sharp objects inside the bag.
For more information about Mission Darkness™ products, visit our brand page.
TitanRF™ Faraday Fabric is verified by Keystone Compliance to IEEE 299-2006 and MIL-STD-188-125
Law Enforcement & Forensics
Preserves the chain of custody for seized drones involved in contraband smuggling or criminal activity by preventing remote wiping or data destruction.
Counter-UAS Operations
Allows field officers to quickly isolate intercepted or downed unauthorized drones, preventing their operators from viewing live feeds or detonating payloads.
Military & Defense
Securely transports mission-sensitive UAVs through hostile or contested environments without exposing telemetry or location data.
EMP & EMP/CME Protection
Certified to both MIL-STD-188-125 and IEEE 299-2006 to provide robust protection of the sensitive electronics of drones Electromagnetic Pulses (EMP) and Coronal Mass Ejections (CME) .
Covert Tactical Operations
Enables intelligence and defense teams to shield active drones, GPS units, and other RF-emitting electronics from hostile tracking or signal interception.
Preventing Unwanted Telemetry Leaks
Commercial users and journalists operating in conflict zones or high-surveillance areas use the bag to store drones, preventing authorities from remotely tracking the device or accessing stored camera and flight data.
