|
No.
|
Index
|
Parameter
|
|
1
|
Detection and identification of drone types
|
DJI series drones, FPVs, Xiaomi, Yuneec, Hubsan, Powervision, Tello drones etc.
|
|
2
|
Localizable drone models
|
DJI mavic、air、mini、FPV、avata, etc.
|
|
3
|
Detection frequency band
|
900MHz、1.2GHz、1.4GHz、 2.4GHz、5.2GHz、5.8GHz
|
|
4
|
Detection and positioning distance
|
1~10km(Depending on the environment)
|
|
5
|
Detection height
|
0m~1000m
|
|
6
|
Number of targets that can be detected simultaneously
|
≥5 sorties
|
|
7
|
Capable of simultaneously tracking and displaying drone trajectories
|
≥5strip
|
|
8
|
Azimuth error
|
≤1.5°(RMS)
|
|
9
|
Positioning accuracy
|
≤10m
|
|
10
|
Detection success rate
|
≥95%
|
|
11
|
Identify response time
|
≤5s
|




The SIG-X1M is a multi-band drone detector built to travel. It listens for the control and video links that drones use, then reports each contact's type, bearing and distance, so an operator knows what is up there and roughly where it is. Detection reaches across long distances and across the bands that most consumer and professional platforms use, which suits patrol routes, temporary events and any site where the coverage has to move with the team. Patrol units, event security crews and site response teams use it to build the air picture before anyone is committed to a response.
Deployment separates this system from a fixed installation. On a vehicle it moves with the patrol, so a route, a perimeter road or a stretch of coastline can be checked as the team goes. Off the vehicle, the same detector stands on a tripod for a temporary post at a checkpoint, a site entrance or a VIP location, where it needs no civil works and packs away when the operation ends. The structural design also supports long-term outdoor siting, for sites that want a position they can still relocate as the threat picture changes. For many buyers this is the mobile half of an anti drone solution: quick to position, easy to move on, and equally at home on a vehicle, a tripod or a fixed outdoor point.
The unit only listens. It transmits nothing while it is working, so it adds no electromagnetic noise to the site and cannot disturb the radio traffic you already depend on - a real consideration at airports, ports and industrial sites where the spectrum is crowded. That passive approach lets the detector stay on watch continuously, day and night, in weather that would stop a camera or an observer on foot, and it covers the full 360° around its position instead of one approach lane. Where a site already runs radar, RF sensors or countermeasure equipment, this unit adds an independent set of ears to the anti drone system and keeps reporting when the rest is saturated.
Choosing between a handheld detector, a vehicle-mounted or tripod-deployed system, a fixed passive detection installation, and a GaN suppression module comes down to your site, your threats and your existing equipment. Our team works with integrators and security buyers from your first enquiry: we help match the right detection range, band coverage and output level to the job, support customisation of module parameters, and stay available through installation, commissioning and troubleshooting. Send us your deployment scenario and we will recommend a configuration.
Yes. Detection works on the radio links a drone uses to fly and to send video, so an unfamiliar airframe still shows up as a contact with bearing and distance. The library is what adds identification - the aircraft type and, for supported models, the model name. If a specific model matters to you, send it over and we will confirm how it is handled.
A handheld drone detector is built for an officer on foot who wants a quick answer at a gate or in a crowd. This system is for watching an area over time - a route, a perimeter or a venue - so it travels on a vehicle or stands on a tripod and keeps reporting while the team gets on with the patrol. The two can be used together: handheld units for spot checks, this one for the standing picture.
Each contact is reported with its type, bearing and distance, which is the information your team needs to decide what happens next. How it reaches them - on the unit's own display, on a control room screen, or alongside fixed sensors in a wider anti drone solution - depends on the configuration you choose. Tell us what the picture needs to feed and we will confirm the arrangement.
The unit is designed to be carried on a vehicle, but every fleet is different. What matters is a mounting position that keeps the antenna clear of the body and roof equipment, plus access for power and a cable route to the operator. Share your vehicle type and the position you have in mind, and we will confirm the mounting arrangement before shipping.
Keep the antenna and the area around it clear of dirt, ice and loose objects, and check the mountings and cable runs after long patrols or rough roads. Most owners also plan a periodic function check and a look at the mounting hardware each service interval. Ask us what we recommend for your deployment and we will include it in the handover.
That depends on how you deploy it. A vehicle installation takes its feed from the vehicle, while a tripod post or a long-term outdoor position needs a fixed supply. Tell us the position and how long the unit will run there, and we will confirm the power and cabling arrangement that fits your site.