P23 Site-Deployable Drone Countermeasure System
Apply configurable multi-band RF response from a rapidly deployable, externally powered platform.
P23 provides seven independently selectable RF countermeasure bands, targeted and wideband response modes, and integration support for external TDOA, Remote ID, 5G-A, and electro-optical systems in authorized low-altitude security operations.
Active RF countermeasure functions require authorized deployment and compliance with applicable spectrum, aviation, privacy, and safety rules.
P23 is intended only for authorized security, training, and protected-area operations. Configuration, installation, frequency selection, and active RF operation must comply with applicable spectrum, aviation, privacy, import, safety, and site-authorization requirements.
Configurable RF countermeasure capability for rapidly established security sites.
P23 is a site-deployable drone RF countermeasure system designed to interrupt supported UAV remote-control, video-transmission, and satellite-navigation links after a target has been detected and an authorized response decision has been made.
Seven listed response bands cover 433 MHz, 900 MHz, 1.2 GHz, 1.6 GHz, 2.4 GHz, 5.2 GHz, and 5.8 GHz. Operators can enable configured bands independently or together and select targeted or wideband response modes according to the approved operating plan and local RF environment.
P23 does not replace a detection or identification sensor. It is designed to work as the response layer of a coordinated Counter-UAS architecture and can be integrated with external TDOA spectrum detection, Remote ID, 5G-A, and electro-optical systems where supported by the final project configuration.
Site-deployable RF drone countermeasure system
Seven-band targeted and wideband RF response
Authorized response layer coordinated with external sensors
From an external detection cue to controlled, authorized RF response.
P23 operates as a countermeasure node. Target detection, identity, and tracking data are supplied by external systems or an approved operating process before the operator selects and activates the response profile.
Receive Detection Cue
Receive target alerts and available identity or tracking information from external TDOA, Remote ID, 5G-A, electro-optical, or other approved detection systems.
Verify & Authorize
Confirm the target context, cooperative or non-cooperative status, protected-area rules, operating authority, and safe response conditions before activating any RF function.
Configure Response
Select targeted or wideband operation and enable one or more of the seven configured RF bands according to the target link, site plan, and approved response procedure.
Respond & Reassess
Apply the authorized RF response, then use the connected detection or observation system to reassess target behavior. Actual UAV response depends on the aircraft, control logic, link, and operating conditions.
Configurable multi-band response for coordinated site security.
P23 concentrates on the RF response stage of a Counter-UAS workflow. Its seven listed bands, flexible activation logic, external-system coordination, integrated enclosure, and adaptive cooling support controlled deployment at temporary and established security sites.
Seven Listed Response Bands
Listed countermeasure coverage includes 433 MHz, 900 MHz, 1.2 GHz, 1.6 GHz, 2.4 GHz, 5.2 GHz, and 5.8 GHz for supported UAV control, video-transmission, and satellite-navigation links.
Independent or Combined Activation
Configured response bands can be enabled individually or together, allowing the authorized operator to match the response profile to the identified target link and approved site procedure.
Targeted & Wideband Response
Targeted and wideband operating modes support differentiated response for cooperative and non-cooperative airspace activity when target classification is supplied by the connected security architecture.
Control, Video & Navigation Response
RF interference is intended to interrupt supported remote-control, video-transmission, and navigation links. Actual aircraft behavior depends on the UAV, link, control logic, and operating conditions.
External-Sensor Coordination
Supports coordinated project deployment with external TDOA spectrum detection, Remote ID, 5G-A, and electro-optical systems, subject to the selected interfaces and final integration configuration.
Integrated, Rapidly Deployable Design
The integrated enclosure is designed for rapid site deployment. IP65 protection and adaptive forced-air cooling support operation in demanding environments when connected to the specified power source.
P23 is an RF countermeasure device, not a standalone detection system. Target confirmation and response authorization must come from the connected security workflow. Effective range and RF effect vary with target type, frequency, terrain, line of sight, interference environment, antenna configuration, installation, and permitted operating conditions.
P23 system specifications.
Review the listed P23 RF response bands, reference countermeasure range, operating modes, environmental limits, external power, enclosure dimensions, and system-integration support for preliminary site planning.
P23
Seven-band targeted and wideband RF response equipment designed for rapid site deployment and coordination with external detection and identification systems.
- Seven listed RF countermeasure bands
- 500 m-2 km reference countermeasure range
- Independent or combined band activation
- IP65 enclosure with adaptive forced-air cooling
- Model
- P23-AUDS43358
- Product Type
- Site-deployable drone RF countermeasure system
- Operating Method
- Frequency-hopping radio-frequency interference
- Listed RF Response Bands
- 433 MHz / 900 MHz / 1.2 GHz / 1.6 GHz / 2.4 GHz / 5.2 GHz / 5.8 GHz
- Countermeasure Range
- 500 m-2 km reference
- Response Targets
- Supported UAV remote-control, video-transmission, and satellite-navigation links
- Response Modes
- Targeted response and wideband response
- Band Control
- Configured bands can be activated independently or simultaneously; configuration can be adapted to the approved project requirement
- Listed Target Types
- Common DJI, Autel, FIMI, Wi-Fi, FPV, and other supported UAV types
- Expected RF Effect
- Intended to interrupt supported links and induce the aircraft's configured fail-safe behavior, which may include return-to-home or landing depending on the UAV and operating conditions
- External-System Coordination
- Listed support for coordinated deployment with TDOA spectrum detection, Remote ID, 5G-A, and electro-optical systems
- Operating Temperature
- -40°C to +65°C
- Protection Rating
- IP65
- Cooling
- Adaptive forced-air cooling
- Power Supply
- 220 V listed input
- Continuous Operation
- Continuous operation while connected to the specified external power source
- Dimensions
- 300 x 200 x 450 mm
- Weight
- 18.5 kg or less
- Deployment Format
- Integrated enclosure for rapid deployment at an authorized security site
The seven listed frequencies are RF countermeasure bands, not a passive detection spectrum. P23 requires an external detection, identification, observation, or approved operator-confirmation workflow before response.
Countermeasure range and effect are reference values. Actual results vary with target model, active link, enabled band, antenna configuration, terrain, line of sight, electromagnetic conditions, installation, and applicable operating restrictions. Confirm the final configuration before procurement or deployment.
Rapidly deployable RF response for controlled security sites.
P23 is designed for authorized sites that already have an external detection, identification, or observation workflow and need a configurable multi-band RF response node. Final use depends on local spectrum authority, aviation restrictions, safety planning, and the surrounding electromagnetic environment.
Camps & Base Perimeters
Add a site-deployable RF response layer to authorized camp, base, checkpoint, or temporary perimeter-security architectures where external sensors provide target confirmation and tracking.
Major Events & Temporary Venues
Support approved temporary security plans for sports events and controlled venues where legitimate and unauthorized UAV activity may coexist and response decisions require verified target context.
Energy Sites & Power Corridors
Extend a layered low-altitude security architecture at authorized energy parks, substations, and selected power-transmission locations after RF compatibility and operational boundaries are assessed.
Managed Airspace & Conservation Areas
Provide a configurable response option for specifically authorized low-altitude routes or protected natural areas when cooperative and non-cooperative targets must be treated differently.
The project already has target awareness and needs a deployable RF response layer.
- External detection, identification, tracking, or observation systems supply target context.
- Seven listed RF response bands match the permitted project requirements.
- Configured bands need to operate independently or together.
- Targeted and wideband response modes are required in the approved operating plan.
- A 220 V powered, IP65, rapidly deployable enclosure fits the site architecture.
The project needs integrated detection, dismounted portability, or mobile vehicle operation.
- Choose P26 when detection, localization, tracking, and RF response must operate from a vehicle.
- Choose P30 when integrated detection and response must be carried as a backpack system.
- Choose P28 when integrated detection, direction finding, and response must fit a handheld device.
- Choose P29L or P37 when target detection and information are required without active RF response.
- Use P31 when a fixed RF detection and positioning layer is the primary requirement.
P23 includes active RF interference functions. Do not deploy or operate the system without confirmed spectrum authorization, aviation and site approval, RF compatibility analysis, safety procedures, trained personnel, and clearly defined activation and shutdown rules.
Questions about P23 site-deployable RF countermeasures.
P23 provides seven-band RF response capability for authorized sites that already have a target-detection and decision workflow. Final configuration depends on expected UAV links, permitted frequencies, external-system interfaces, installation conditions, and local rules.
What is P23 designed to do?
P23 is a site-deployable drone RF countermeasure system. It is designed to interrupt supported UAV remote-control, video-transmission, and satellite-navigation links after a target has been detected, verified, and approved for response.
Does P23 detect or locate drones by itself?
No standalone detection or localization capability is listed for P23. It functions as the response layer and is designed to work with an external detection, identification, tracking, observation, or approved operator-confirmation workflow.
Which RF countermeasure bands are listed?
The listed bands are 433 MHz, 900 MHz, 1.2 GHz, 1.6 GHz, 2.4 GHz, 5.2 GHz, and 5.8 GHz. These are response bands, not a passive detection spectrum. Available bands must be confirmed for the ordered configuration and destination.
What is the listed countermeasure range?
P23 lists a reference countermeasure distance of 500 m-2 km. Actual effect varies with the target, active link, selected band, antenna configuration, line of sight, terrain, electromagnetic environment, and installation conditions.
Can the seven response bands be controlled separately?
Yes. The listed bands can be enabled independently or together and can be configured for the approved operating requirement. P23 also lists targeted and wideband response modes for differentiated use.
Which UAV types and links can P23 address?
Listed coverage includes common DJI, Autel, FIMI, Wi-Fi, FPV, and other supported UAV types. The system is intended to address compatible control, video, and navigation links; results depend on the aircraft and its configured fail-safe behavior.
Can P23 connect with an existing Counter-UAS system?
The manual lists coordinated deployment with TDOA spectrum detection, Remote ID, 5G-A, and electro-optical systems. Confirm interfaces, command logic, data exchange, activation controls, and integration scope for the final project configuration.
What is required for power and site deployment?
The listed specifications include 220 V input, continuous operation while externally powered, IP65 protection, an operating-temperature range of -40°C to +65°C, dimensions of 300 x 200 x 450 mm, and weight of 18.5 kg or less. Confirm mounting, ventilation, cabling, grounding, antenna layout, and site safety before use.
Define the right P23 RF response configuration for your security site.
Tell us where and how P23 will be deployed. We will review expected UAV types and links, permitted response bands, required reference range, external detection architecture, integration interfaces, power and installation conditions, operating environment, and quantity.