Multi-rotor fibre-optic UAV detection range
≥ 700 mPassive acoustic-array reference for fibre-optic UAV scenarios
PCBA DELIVERY / 01
NEW ARKENTERPRISE / DELIVERYARC / PERIMETERSYSTEM / INTEGRATION
Acoustic core and a local-assembly path
for microphone-array UAV detection PCBA.
A PCBA delivery page for equipment manufacturers, system integrators, and project teams. Array acquisition, algorithm processing, and system interfaces form the core of an integration definition; local assembly, maintenance, and spares coordination may be discussed once scenario, environmental suitability, certification, and local responsibilities are understood.
Safe perimeter first: confirm the site boundary, installation conditions, and interface responsibilities before defining module integration.
Modular delivery reference
MODULE PCBA / ARRAY ACQUISITION + ALGORITHM
Array acquisition cards, algorithm modules, and fixed-base forms can be discussed as project-specific configurations to suit the system-integration requirement.PERFORMANCE REFERENCE / 02
System-level performance references, from discovery to recognition and tracking.
The parameters below are taken from the system information supplied for this project and are intended for discussion and assessment. Actual performance depends on site noise, weather, background, siting, target characteristics, and integration conditions, and must be confirmed through project validation. Concurrent-detection references do not equal identification, sustained tracking, or a project-outcome commitment.
Fixed-wing detection range
≥ 5 kmPassive acoustic-array reference
Array coverage
3 arrays · 360°Three-array cooperative detection reference
Single-array maximum concurrent detection targets
16+System reference for simultaneous detection targets by one array; site conditions and project validation apply
Three-array 360° maximum concurrent detection targets
48+System reference for simultaneous detection targets by three coordinated arrays; project validation applies
EO/IR collaboration
2 EO/IR360° identification & tracking reference
Concurrent tracking
2 targetsReference for tracking two targets simultaneously
Thermal / ranging
≤ 2.5 kmMaximum thermal identification / laser-ranging reference
TECHNICAL DATASHEET / 02A
Download the 360° detection & recognition system datasheet.
This English page provides the latest English Microphone Array 360° Detection & Recognition System Datasheet in PDF format for project assessment, system integration, and technical discussion.
SPEC360°
NEW ARK / PCBA REFERENCE
Download English datasheetMicrophone Array 360° Detection & Recognition System Datasheet
PDF · English edition · 13 pages · Technical datasheet
3D STRUCTURAL SUPPORT / 02B
ARCNEW ARK / ARC-PERIMETER · STRUCTURAL INTEGRATION REFERENCE
Microphone Array 3D Structural Support and Installation Steps.
The support forms and assembly points below are drawn from the supplied installation reference. They support engineering integration only after mounting position, structural loading, cable routing, and maintenance responsibility are defined.
01
3D support-form reference
SAFE OFFSET · STRUCTURAL LOAD · CABLE ROUTE
SUPPORT 01Single-array pole support
A single-array fixing reference for assessed mounting points and external perimeter sensing.
SUPPORT 02Dual-array coordinated support
A structural mounting and coverage-coordination reference for paired array layouts.
SUPPORT 03Triple-array fixed bracket
A mounting-bracket and base-fixing reference for three-array 360° coverage.
02
Key assembly-step reference
Get the triple-array fixture installation guidePDF · English edition · Installation referenceDownload English installation guide
01ASSEMBLY / INTERFACE REFPlace the front panel
Place the front panel level and retain the defined fixing holes and cable clearance.
02ASSEMBLY / INTERFACE REFPosition the microphone array board
Position the 64-channel microphone array board at its specified structural location.
03ASSEMBLY / INTERFACE REFSecure supports and fixing points
Complete the standoffs, screws, and marked fixing points as defined in the installation reference.
04ASSEMBLY / INTERFACE REFConnect camera and harness
Fix the camera and connect the specified harness and FPC cable without compression or strain.
05ASSEMBLY / INTERFACE REFInstall the acquisition board
Secure the acquisition board inside the enclosure and connect the defined harness interfaces.
06ASSEMBLY / INTERFACE REFComplete internal cable check
Complete internal cable connection, fixing, and quality checks before enclosure closure and site commissioning.
MODULE ARCHITECTURE / 03
Connect the array to the wider system through modular interfaces.
PCBA delivery is about integrability and project boundaries. Bring each module into product engineering only after its power, connectivity, thermal design, mounting, and software protocol requirements are defined.
01
Array acquisition base
An acquisition and structural-integration reference for the microphone array, with mounting, cable routing, and maintenance defined around the equipment form.
02
Algorithm processing module
A core delivery reference for acoustic processing and project-required data output; algorithmic interfaces and performance boundaries remain subject to the technical agreement.
03
System integration interface
Project interfaces around power, networking, alerting, and management platforms for connection to higher-level command-and-control and multi-sensor architecture.
PASSIVE ACOUSTIC VALUE / 03A
PASSIVEARRAY · PROJECT REFERENCE
Why can an acoustic array be a valuable complementary information layer for low-altitude security?
The content below supports project-level integration discussion. It does not replace hazardous-area assessment, site-environment validation, product certification, or any performance commitment. Projects should bring acoustic information into multi-sensor corroboration and accountable human-review processes.
Passive information input
The acoustic sensing layer receives environmental sound as an information source and does not use active electromagnetic transmission as its detection method. Specific suitability, equipment certification, and overall EMC for a high-hazard industrial site remain for the project team to confirm.
Complementary input where RF observability is limited
For autonomous flight, fibre-linked platforms, or other contexts with limited RF inputs, arrayed acoustic information may serve as a complementary input and should be corroborated with EO/IR or other authorised information sources.
Project assessment of complex backgrounds
Wind, rainfall, road traffic, and process equipment can affect acoustic information quality. A project may assess environmental-noise modelling, array processing, and multi-source corroboration during site review; actual results remain subject to written validation.
WHY PCBA MODULE COOPERATION? / 03B
Why might system integrators evaluate PCBA module delivery?
For partners with their own hardware enclosure or system R&D capability, module delivery and local assembly can form part of a project-integration path. They are not a default commitment of function, interface, timeline, or outcome.
01
Supplement low-altitude sensing information
Discuss acoustic information as a complementary input in a multi-sensor architecture after system interfaces, structural installation, environmental fit, and project validation are defined.
02
Retain partner brand and system definition
Within a written agreement and responsibility boundary, a partner may define enclosure, structure, interfaces, and branding. Final certification, quality, and project-submission responsibilities remain for the relevant parties to confirm.
03
Controlled software and interface review
Windows/Linux integration conditions, software-development material, and standardised data interfaces may be reviewed within a written project scope. Interface content, data permission, cybersecurity, and support remain subject to technical agreement.
ACOUSTIC CORE ALGORITHM PCBA & SDK / 03C
Acoustic core-algorithm PCBA delivery reference.
A microphone-array algorithm PCBA core-module reference is available for partners with their own enclosure or system-development capability. Acoustic processing, array acquisition, and software interfaces may enter project integration after technical review; final software scope, testing, delivery documents, and support model remain subject to mutually confirmed documentation.
01
Compute & acquisition architecture reference
- Project discussion of FPGA and ARM cooperative architecture
- Integration reference for multichannel audio synchronisation and edge-side processing
- Review of compute resources for project-required data processing and model deployment
02
Physical communications interface reference
- Project definition for Gigabit Ethernet, serial communications, USB service, and GPIO alert interfaces
- Power, network, logging, alerting, and external-sensor interfaces should be reviewed against the system responsibility boundary
- The public page does not list control parameters, interface permissions, or operating configuration
03
Environmental & power-fit reference
- Wide-range power, power consumption, temperature, and protection requirements depend on the specific module version
- Humidity, salt spray, fungal exposure, and industrial-environment needs should enter materials, mechanical, and certification review
- Environmental fit and reliability remain subject to prototype and written site validation
This public page provides project-level reference only. Performance data, timing, control logic, interface permissions, raw-data access, and operating configuration require controlled technical discussion, site authority, and written technical agreement.
GLOBAL PARTNER FOOTPRINT / 03D
Acoustic PCBA and system collaboration for global B2B partners.
To date, New Ark has supplied products and services to more than 30 customers across more than ten countries and regions worldwide. These B2B partners include C-UAS system integrators, radar manufacturers, radio-frequency equipment providers, electro-optical/infrared suppliers, perimeter-security and engineering companies, defence groups, artificial-intelligence companies, and IoT hardware manufacturers.
global B2B customers
countries and regions
01
A product portfolio for critical settings
Microphone-array acoustic-detection solutions have developed into a complete product portfolio spanning airports; oil & gas and power-energy facilities; chemical parks; ports; water-conservancy and hydropower assets; mining; prisons; government sites; and border protection. The portfolio supports low-altitude security gap coverage, pilot validation, and scaled deployment for these settings, helping safeguard critical infrastructure.
ARRAY CONFIGURATION / REFERENCEINTEGRATION PATH / 04
From equipment form to system delivery—with engineering verifiability intact.
Single, dual, and triple array forms are design references for different coverage needs. Final selection should account for site boundaries, mounting conditions, system objectives, and compliance requirements.
- 01
Confirm requirements
Define the target scenario, system boundary, and interface responsibility.
- 02
Integrate prototype
Coordinate the mechanical, electrical, communications, and software interfaces.
- 03
Validate on site
Evaluate sensing, identification, and tracking under target site conditions.
- 04
Deliver by project
Confirm the delivered configuration and support scope from the validation findings.
FPV PCBA DELIVERY / 05
NEW ARKENTERPRISE / SUPPLY
ARC / PERIMETERSYSTEM / VALIDATION
ARCNEW ARK / ARC-PERIMETER · AUTHORISED PROJECT INTEGRATION REFERENCE
High-speed FPV system
PCBA delivery reference.
For authorised high-speed FPV system R&D, integration, and project validation, New Ark can provide core PCBA and algorithm-module references. Complete system integration, component sourcing, testing, training, and support scope remain subject to mutually confirmed technical documentation, project authority, and local compliance review.
01Written project scope02Interface responsibility03Authorised site validation
TECHNICAL DATASHEET / 05A
Get the high-speed FPV system datasheet.
The English technical datasheet for the 7-inch High-Speed FPV Drone AI Dual-Visible-Light Tracking System is available for authorised project assessment, integration discussion, and document review.
NEW ARK / FPV REFERENCE
Download English datasheet7-inch High-Speed FPV Drone AI Dual-Visible-Light Tracking System Datasheet
PDF · English edition · 4 pages · Technical datasheet
01
New Ark core-supply reference
NEW ARK / ARC-PERIMETER · CORE MODULESFlight-control / ESC core PCBA
A core board reference for project-level control, interfaces, and power coordination.
AI processing module
A reference for edge computing, data processing, and integration interfaces required by the project.
Navigation-algorithm / camera module
A reference for project-defined navigation, vision, and camera-interface coordination; scope remains subject to the technical agreement.
02
Partner project-support scope
ARC-PERIMETER / PARTNER PROJECT SUPPORTThe support below can be confirmed in project stages and is not a default delivery or an on-site operating procedure.
Structure & airframe
Airframe structural design, carbon-fibre frame, and structural-integration references.
Propulsion & power
Propulsion-system and power-supply solution references with interface coordination.
Process & quality
Assembly-process files, test standards, and production-SOP references.
Engineering support & training
Technical support, assembly training, flight-commissioning training, and system-maintenance training within authorised project scope.
Collaborative delivery
CKD / SKD assembly support and ODM customisation, with detailed scope set out in writing.
03
Delivery-document reference list
NEW ARK / ARC-PERIMETER · DOCUMENT CONTROL01Airframe structural design02Carbon-fibre frame drawings03Propulsion solution file04Power-supply solution file05Assembly-process file06STEP structural file07BOM list08Assembly manual09Commissioning file10Test standard11Production SOP
04
Third-party reference-procurement scope
EXTERNAL / QUALIFIED-SUPPLIER REFERENCEThe components below may be procured and quality-assured through partner- or customer-nominated qualified factories. Unless agreed otherwise in writing, they are not part of New Ark’s default supply scope.
01Carbon plate mount bracket02Brushless motor03Electronic speed controller (ESC)04Flight control board05AI processing module06Dual-lens camera module07Radio receiver08VTX video transmitter09LiPo battery pack10Propeller blades11Smart battery charger
DELIVERY / PROJECT VALIDATION
Delivery & validation boundary
01This page is for project discussion and integration reference. It contains no flight, control, interception, or response-execution step.
02Component selection, process files, testing, training, site commissioning, and maintenance support must be governed by written technical agreement, site authorisation, and assigned responsibilities.
03Aviation, radio, video-transmission, battery-safety, and any controlled-use consideration must be assessed for local regulation, safety, and EMC by authorised parties.
CONTROLLED DOCUMENT REQUEST / 05A
NEW ARKARC / PERIMETERDOCUMENT CONTROL
Submit a document request.
Enter partner pre-screening.
Submit core business contact details and a project scope for New Ark to review under the written project conditions. Controlled material is not released automatically; availability, scope, and next steps follow the review outcome.
ARCPERIMETER / PCBA
Ready to define your integration boundary?
Bring the site, platform, interfaces, and intended delivery form to the project kick-off conversation.