Individual mobile patrol
Use the PL280H for lightweight local RF alerts while one operator is moving.
MOBILE & FIXED DRONE LOCATION
Drone Locator for Mobile & Fixed-Site Positioning
Compare mobile and fixed-site Drone Locator configurations using RF direction finding, radar tracking, EO/IR confirmation and command-platform integration.
Mobile RF direction findingFixed RF, radar and EO/IRJammer and platform linkage
Request Location Review
Detection layer / site configuration
01
APPLICATION CONTEXT
What does a site drone locator need to show?
A Drone Locator project can begin with mobile equipment or a fixed sensor layout. The PL280H gives an individual patrol user lightweight RF alerts, while the Portable RF Identification System adds a larger display, protocol identification, direction finding and positioning support for a temporary post. Fixed sites combine stationary RF detection with radar range, bearing, altitude and continuous track data, then cue EO/IR for visual confirmation. The command platform correlates these sources by time and map position and maintains a unified target track. After confirmation, the track can be linked to a Directional RF Jammer for selected sectors or an Omni-directional RF Jammer for 360-degree fixed-site coverage. Buildings, terrain, RF noise, radar clutter, line of sight, mounting geometry and sensor interfaces all affect the final configuration.
Temporary location post
Use the portable RF case for identification, direction and position review with a larger display.
Fixed perimeter location
Combine stationary RF, radar tracks and EO/IR confirmation around planned sectors.
RF countermeasure linkage
Link the confirmed target track to the configured directional or omni-directional RF jammer.
02
COMPLEMENTARY SENSOR LAYERS
Mobile locators, fixed sensors and jammer options
Start with the mobile location format, add fixed RF, radar and EO/IR where continuous coverage is required, then define the command and countermeasure interfaces.
PL280H Handheld RF Detection System
A lightweight passive RF detector for individual patrol, local alerts and rapid movement between sectors.
- Handheld patrol format
- Passive RF monitoring
- Visual, audible and vibration alerts
Portable RF Identification System
A hand-carried RF system with integrated display for identification, direction and positioning support at temporary posts.
- Hand-carried field case
- Identification and positioning support
- Integrated 13.3-inch display
Stationary RF Identification System
Fixed passive RF sensing for supported identification, direction finding and mapped event review.
- Passive RF awareness
- Direction-finding support
- Fixed-site event handoff
Low-Altitude Early-Warning Radar
Provides movement, range, bearing and track data for non-cooperative target positioning.
- Range and bearing
- Trajectory tracking
- Multi-sensor cueing
Electro-Optical Tracking System
Adds visible and thermal imagery for operator confirmation and target tracking.
- Visible and thermal channels
- Precision pan-tilt tracking
- Radar linkage support
Directional RF Jammer
A directional RF suppression option for a confirmed target in a reviewed sector.
- Directional countermeasure geometry
- Fixed-site integration
- Remote and linked control
Omni-directional RF Jammer
An omni-directional RF suppression option for 360-degree fixed-site coverage.
- 360-degree countermeasure geometry
- Fixed-site integration
- Remote and linked control
03
BUYER COMPARISON
Which mobile, fixed or jammer layer fits the task?
Compare operator mobility, target location data, confirmation method and system interfaces—not range alone.
| Selection factor | Handheld RF | Portable RF case | Fixed RF + radar | EO / IR | RF jammer |
|---|---|---|---|---|---|
| Best role | Individual mobile alerting | Temporary identification and location post | Continuous bearing and track coverage | Visual confirmation | RF countermeasure |
| Primary output | Local RF alert | RF identity, direction and position clues | RF clues plus radar range, bearing and track | Visible and thermal imagery | Directional or area RF suppression |
| Deployment | Handheld patrol | Hand-carried field case | Installed site sensors | Fixed cueing system | Fixed directional or omni unit |
| Planning input | Local RF conditions and target signal | RF environment, setup position and endurance | Clutter, terrain, mounting and target characteristics | Line of sight, weather and lighting | Coverage geometry, EMC and nearby communications |
04
OPERATING LOOP
From mobile or fixed location to a countermeasure
The locator establishes where the target is; the command platform then confirms and links the track to the configured response equipment.
01
Detection
A sensor creates an observation with time, source and available bearing, position or track data.
02
Identification
The platform correlates handheld or fixed RF clues, radar tracks, map context and permitted-flight information.
03
Confirmation
EO/IR cueing and operator review confirm the object, direction and current status where conditions allow.
04
RF Countermeasure
The confirmed location is linked to the configured directional or omni-directional RF jammer, while the platform records commands, device status and outcomes.
Define escalation contacts, decision authority, site procedures and record-retention requirements before commissioning.
05
SOLUTION SCENARIOS
Two drone location scenarios
The required location evidence changes with the protected boundary and command workflow.
Mobile Patrol & Temporary Location Post
A handheld patrol detector and portable RF case support moving teams and temporary positions before handing confirmed data to the responsible operator.
- PL280H individual patrol alerts
- Portable RF identification and location review
- Defined command-platform handoff
Industrial Perimeter Track Review
A fixed layout follows activity around production areas and key perimeter routes while preserving a traceable event history.
- Stationary RF and radar correlation
- EO/IR confirmation
- Directional or omni jammer linkage
FAQ
Drone Locator FAQ
Is this a lost-drone GPS locator?
No. This is a protected-site workflow using mobile RF equipment or fixed RF, radar and EO/IR layers to locate and confirm activity.
Which two mobile locator options are available?
The PL280H is a lightweight handheld RF detector for patrol users. The Portable RF Identification System is a hand-carried case with a larger display and identification, direction and positioning support.
Can RF direction finding provide an exact position?
It can provide a bearing or supported position clue, but accuracy depends on the system design, signal conditions, antenna geometry, obstructions and local RF environment.
Why add radar to RF location?
Radar contributes range, bearing and track continuity even when a recognizable control signal or cooperative identity broadcast is unavailable.
What countermeasure follows detection and location?
A confirmed target track can be linked to a Directional RF Jammer for selected sectors or an Omni-directional RF Jammer for 360-degree fixed-site coverage.
What site information is needed?
Provide the patrol method or fixed boundary, priority sectors, mounting points, terrain, normal flight activity, network limits, response mode and command-platform interfaces.
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Get Expert Drone Defense Advice
Tell us the equipment, application or site you are reviewing. Our team can provide product information, technical documents, pricing and configuration support.