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AS-HR Sensor
AS-HR sensor is capable of detecting and classifying 99% of commercial drone threats, and
the direction-finding sensors can indicate the direction of approach of detected threats – UAV or
GCS.
Product Description
Sensor Technical Specifications
- Detection TechnologyPassive RF scanning
- Classification TechnologyAI-enabled pattern recognition
- Direction Finding Technology Phase Detection
- Localization Technology Triangulation
- Detection Library Coverage ~ 99% of COTS drones by market volume Includes all popular brands – DJI, Parrot, Yuneec, and more. Continuous library updates
- Probability of Detection / False AlarmExtremely high probability for detecting supported drones
pD > 99% at max detection distance*
pD = 100% at 75% of max detection distance*
* max distance depends on typical signal power and may vary by model
Extremely low false alarm probability, expected less than 1 per month pFA < 0.01% - Identification of Takeoff / LandingAssumed when a drone is switched on/off
- Detection Frequencies
Standard library: 2.4 GHz, 5.8 GHz
Pro library (Optional): 2.4 GHz, 5.8 GHz, 433 MH, 870 MHz, 900 MHz
Custom library (Optional): 70 MHz – 6 GHz
(Standard / Pro / Custom versions may require different antenna kits)
- Maximum Detection Distance*Up to 1 km (3,300 ft)
Optional: Extended
range up to 2-3 km (6,500 – 9,800 ft)
* US DJI Phantom 4 in a rural environment with low RF noise and LOS (Line-of-Sight).
** Typical range in semi-urban scenarios: approximately 60-80% of maximum range.
*** Range may vary according to conditions at the deployment site, the height of the sensor above the ground, and drone signal strength.
- Maximum Detection Altitude*
25% of the maximum range
* Same notes regarding maximum range apply to the maximum altitude
** The distance at which the maximum detection altitude is achieved may vary by antenna type and frequency and deteriorates with distance
- Detection Bearing AccuracyAS-HR-10 = ±10° precision
AS-HR-5 = ±5° precision - Altitude / Elevation AccuracyOptional: same as bearing accuracy
- Average Detection Time < 2 seconds after drone enters the range
- User Interface and Interoperability
Single sensor configuration: User connects directly to the sensor
Multi-sensor configurations: Alerts sent to ApolloShield server (on- premise / cloud)
Alert API to 3rd party services
- Concurrent Detection CapabilityUnlimited; depends on the detected UAV/GCS model
- Concurrent Direction FindingUp to 20 drones (specific number depends on model)
- MountingMounting on a standard pole / mast, Expected mast outer diameter: 35 mm
- Dimensions and Weight
RF Processing Unit:
39 x 34 x 22 cm (15.4 x 13.4 x 8.7 in)
11.5 kg (25.4 lbs)Antenna Kit:
20 x 20 x 20 cm (7.9 x
7.9 x 7.9 in)
1.9 kg (4.2 lbs)
- Shipping Dimensions and Weight
76 x 48 x 30 cm (29.9
x 18.9 x 11.8 in)
28 kg (61.7 lbs)
- Housing Type,Environmental ConditionsAntenna Kit:
IP67 equivalent,Corrosion-treated
RF Processing Unit:
Standard: All-weather, outdoor IP53 equivalent Optional: IP67 equivalent - Power Consumption220 W
- Power SourceStandard: 110/220 VAC Power
Optional:12/24/48/custom VDC
- Operating Temperature-20 – +50°C
- Operating Humidity20% ~ 93% RH, non-condensing
- Wind ResistanceA typical mount can withstand 120 km/h winds.
A suitable mount may be provided for high-wind conditions - Radiation Safety for HumansSensors are safe for humans under all conditions.
Passive sensors do not emit any radio frequency radiation whatsoever
- Recording Capability for New UAV ModelsManual by ApolloShield engineers
Coming soon: Manual by trained partner engineers - Automatic Learning Capability for New UAV ModelsComing soon
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