Vehicle-Mounted Integrated Counter-UAS System

P26 Vehicle-Mounted Drone Detection & Countermeasure System

Detect, identify, locate, track, and apply authorized RF countermeasures during mobile security operations.

P26 integrates passive RF detection and positioning across 100 MHz-6 GHz, supported target identification and tracking, available drone and pilot localization, allowlist/denylist support, and coordinated multi-band RF response in a vehicle-mounted system.

RF countermeasure functions are intended for authorized security operations and controlled deployment only.

Detection + Localization + Response
Integrated Vehicle-Mounted System P26
P26 vehicle-mounted drone detection and RF countermeasure system
1-3 km
Detection Range
1-3 km
Countermeasure Range
100 MHz-6 GHz
Detection Spectrum
7 Listed Bands
RF Countermeasure Coverage
Compliance & Responsible Use

P26 RF countermeasure functions are intended only for authorized security, training, and protected-area operations. Configuration, deployment, and operation must comply with applicable spectrum, aviation, privacy, and public-safety requirements.

Product Overview

Detection, localization, tracking, and response for mobile operations.

P26 is a vehicle-mounted drone detection and RF countermeasure system that integrates passive RF sensing, target identification, positioning, tracking, and coordinated response functions into one mobile Counter-UAS platform.

The detection unit monitors 100 MHz-6 GHz and uses spectrum sensing and signal-feature recognition to identify supported commercial, custom-built, Wi-Fi, and FPV UAV types. Where the received signal and configured library support it, the system can provide unique serial identification together with drone and pilot location information.

Allowlist and denylist functions help operators separate cooperative and non-cooperative targets. P26 is designed to maintain detection, positioning, and authorized RF response capability during mobile operation, with detection-to-response coordination available for approved operating procedures.

Product Type

Vehicle-mounted integrated Counter-UAS system

Core Functions

Detection / Identification / Localization / Tracking / RF Response

Deployment

Mobile patrol, convoy, and protected-area security operations

Integrated Operating Workflow

From passive monitoring to coordinated, authorized RF response.

P26 connects wideband RF detection, target identification, localization, tracking, target classification, and multi-band response functions in one mobile workflow.

01

Monitor RF Activity

Use passive RF sensing across 100 MHz-6 GHz to monitor relevant UAV signal activity while the system supports stationary or mobile vehicle operation.

02

Detect & Identify

Analyze received signal and spectrum features to identify supported commercial, custom-built, Wi-Fi, and FPV UAV types and retrieve available unique identity information.

03

Locate, Track & Classify

Present available drone and pilot locations, maintain target tracking, and use allowlist or denylist status to support operator classification and decision-making.

04

Confirm & Respond

After operator confirmation and site authorization, coordinate the detection unit with the configured directional or full-coverage RF response mode, then continue target monitoring and assessment.

Key Capabilities

Integrated capabilities for vehicle-mounted detection and response.

P26 connects passive wideband RF sensing, supported target and identity recognition, drone and pilot localization, target classification, and multi-band countermeasure functions in one vehicle-mounted system built for stationary and mobile security operations.

01 System Architecture

Integrated Vehicle-Mounted Architecture

Combines detection, identification, positioning, tracking, and RF countermeasure units in one vehicle-mounted platform that supports both stationary deployment and operation while the vehicle is moving.

≤20 kg Listed System Weight
02 Detection

Wideband Passive RF Detection

Uses passive spectrum sensing to monitor UAV video-transmission and related RF activity across the listed detection range without active transmission during the detection stage.

100 MHz-6 GHz Listed Detection Spectrum
03 Identification

Model & Unique Identity Recognition

Spectrum-feature recognition supports identification of listed DJI, Autel, custom-built, Wi-Fi, and FPV UAV types. Unique serial-number information may also be available for supported targets and signals.

1-3 km Reference Detection Radius
04 Localization

Drone & Pilot Localization

Provides available real-time drone and pilot location information and supports target tracking. Location results depend on the target type, received data, environment, and system configuration.

Drone + Pilot Available Location Context
05 Target Management

Allowlist & Denylist Classification

Helps distinguish cooperative and non-cooperative targets through allowlist and denylist management, supporting more controlled operator review before any response decision.

≤10 UAVs Listed Detection Capacity
06 RF Countermeasure

Seven-Band Coordinated RF Response

Listed response coverage includes 433 MHz, 900 MHz, 1.2 GHz, 1.6 GHz, 2.4 GHz, 5.2 GHz, and 5.8 GHz, with directional or full-coverage modes and detection-to-response coordination.

1-3 km Reference Countermeasure Range
Operating Principle

Countermeasure activation remains subject to operator confirmation, authorization, and site procedures. Listed detection capacity, target identity, location information, operating range, and RF effect vary with target type, received signals, terrain, line of sight, system configuration, and the permitted operating environment.

Technical Specifications

P26 system specifications.

Review P26 passive RF detection, target identification, localization, mobile operation, and RF countermeasure parameters. Detection and response specifications are separated to support clearer project and vehicle-integration planning.

Vehicle-Mounted Integrated System

P26

Passive RF detection, supported target identification, localization, tracking, and multi-band RF countermeasure in one vehicle-mounted platform.

  • 100 MHz-6 GHz passive RF detection
  • Supported model and unique-identity recognition
  • Available drone and pilot localization
  • Mobile detection-to-response operation
Model
P26-CZCD43358
Product Type
Vehicle-mounted drone detection, localization, and RF countermeasure system
Detection Method
Passive RF spectrum sensing, spectrum-feature recognition, identification, positioning, and tracking
Detection Target
UAV video-transmission and supported associated RF signals
Detection Spectrum
100 MHz-6 GHz
Detection Radius
1-3 km reference in urban environments
Detection Capacity
Up to 10 UAVs listed
Positioning Accuracy
Typically better than 30 m; up to 10 m or better under the listed performance condition
Supported Targets
Listed support includes DJI, Autel, custom-built, Wi-Fi, and FPV UAV types
Target Information
Supported model and unique serial-number recognition; available drone and pilot location information
Target Management
Cooperative/non-cooperative target classification using allowlist and denylist functions
Countermeasure Method
Radio-frequency interference and suppression
Response Targets
UAV flight-control links and satellite-navigation signals
Countermeasure Range
1-3 km reference in urban environments
Listed RF Countermeasure Bands
433 MHz / 900 MHz / 1.2 GHz / 1.6 GHz / 2.4 GHz / 5.2 GHz / 5.8 GHz
Response Modes
Directional and full-coverage modes
Mobile Operation
Detection, positioning, and RF countermeasure operation while the vehicle is moving
Listed Equipment Size
500 × 420 mm, tolerance ±2 mm; two axes listed
Weight
20 kg or less

Detection and countermeasure ranges are reference values. Actual performance varies with target model, RF conditions, terrain, line of sight, vehicle installation, antenna placement, system configuration, and the surrounding electromagnetic environment.

Positioning values vary within the manual: the overview describes typical performance better than 30 m, while the performance table lists 10 m or better. Confirm the ordered configuration, installation envelope, enabled bands, and applicable spectrum and aviation rules before procurement or deployment.

Deployment Scenarios

Vehicle-mounted protection for mobile low-altitude security operations.

P26 is designed for authorized teams that need detection, identification, localization, tracking, and RF response while moving between protection areas. Its vehicle-mounted architecture supports a continuous mobile workflow instead of relying on separate portable detection and countermeasure devices.

01

Mobile Security Patrol

Support authorized public-safety patrols, mobile checkpoints, and perimeter inspection routes with passive RF monitoring, available target localization, and controlled response from one vehicle.

Best fit: moving patrol and checkpoint coverage
02

Executive & Convoy Protection

Add low-altitude situational awareness to authorized accompanying or convoy-protection operations where the security perimeter changes as personnel and vehicles move between locations.

Best fit: mobile accompanying protection
03

Emergency Response

Move detection, target information, and approved RF response to an incident location when teams need rapid deployment and cannot wait for installation of permanent Counter-UAS infrastructure.

Best fit: rapid incident-area deployment
04

Controlled Field Security Operations

Support governed field-security activities and readiness exercises where target classification, vehicle routes, spectrum authorization, safety boundaries, and response procedures are defined in advance.

Best fit: authorized mobile field operations
Choose P26 When

One vehicle must combine detection, localization, tracking, and response.

  • Detection and RF response must remain available during mobile vehicle operation.
  • Passive RF monitoring across 100 MHz-6 GHz is required for supported UAV signals.
  • Supported model, unique identity, drone location, and pilot location information are useful to the operator.
  • Allowlist and denylist classification is needed before an authorized response decision.
  • Seven listed response bands and directional or full-coverage modes match the approved project configuration.
Consider Another Configuration When

The project needs dismounted portability, detection only, or permanent unattended coverage.

  • Choose P30 when integrated detection and RF response must be carried as a backpack system away from a vehicle.
  • Choose P28 when detection, direction finding, and RF countermeasure must fit into a handheld device.
  • Choose P29L or P37 when detection and target information are required without active RF response.
  • Use P31 or a layered fixed-site system when continuous unattended coverage of one location is required.

P26 includes active RF countermeasure functions. Deployment and operation require prior confirmation of local spectrum rules, aviation restrictions, site authority, safety procedures, and the bands enabled for the ordered configuration.

P26 FAQ

Questions about P26 mobile detection, localization, and RF response.

P26 combines passive wideband RF detection, supported target and identity recognition, drone and pilot localization, tracking, target classification, and multi-band RF countermeasure functions in one vehicle-mounted system. Final capability depends on vehicle integration, target signals, environment, and locally authorized RF bands.

What is P26 designed to do?

P26 is a vehicle-mounted Counter-UAS system that combines passive RF detection, supported target identification, positioning, tracking, allowlist/denylist management, and authorized RF countermeasure functions in one mobile platform.

Can P26 operate while the vehicle is moving?

Yes. The manual lists mobile operation as a core capability, including drone detection, positioning, and countermeasure while the vehicle is moving. Actual performance depends on antenna installation, vehicle integration, speed, terrain, and RF conditions.

What are the listed detection spectrum and range?

P26 lists passive RF detection across 100 MHz-6 GHz and a 1-3 km reference detection radius in urban environments. Range varies with target model, signal conditions, line of sight, terrain, installation, and electromagnetic activity.

Which UAV types and identity data can P26 recognize?

Listed recognition coverage includes supported DJI, Autel, custom-built, Wi-Fi, and FPV UAV types. Unique serial-number information may also be available when the target signal, protocol, received data, and configured feature library support it.

Can P26 locate both the drone and its pilot?

P26 can provide available real-time drone and pilot location information for supported targets. The overview describes typical positioning better than 30 m, while the performance table lists 10 m or better under its stated condition. Confirm the required accuracy for the final configuration and deployment environment.

How many UAVs can P26 detect?

The manual lists a detection quantity of up to 10 UAVs. Confirm the target mix, signal types, tracking conditions, and processing requirements for the ordered configuration before treating this as a simultaneous-capacity value.

Which RF countermeasure bands and modes are listed?

Listed response bands are 433 MHz, 900 MHz, 1.2 GHz, 1.6 GHz, 2.4 GHz, 5.2 GHz, and 5.8 GHz. P26 supports directional and full-coverage modes with a listed urban reference range of 1-3 km. Final enabled bands require approval.

What must be confirmed for vehicle installation and deployment?

The manual lists a system weight of 20 kg or less and a two-axis equipment size of 500 × 420 mm ±2 mm. Confirm the complete mounting envelope, antenna positions, vehicle power interface, cable routing, permitted RF bands, spectrum and aviation rules, safety procedures, and site authority before use.

Configure P26 for Your Project

Define the right P26 vehicle configuration for your operating requirement.

Tell us where and how P26 will be deployed. We will review the vehicle type, expected UAV signals, detection and localization requirements, permitted RF response bands, mounting and antenna constraints, operating environment, quantity, and integration requirements.

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