01 / HISTORICAL SUPPLIER SOURCE · P2
You build the drone.
We build the core.
PRODUCTS · APPLICATIONS · ORIGINAL EVIDENCE
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02 / HISTORICAL SUPPLIER SOURCE · P2
FPV Solution: Needle-2500
Endurance: 35-minute flight time for extended overwatch.
Range: 6 km secure transmission for deep reconnaissance.
Speed: 30 m/s for rapid deployment and target acquisition.
Published figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
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Applications
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Railway Inspection
with GNSS-less flight
Deployed in a 1.5 km underground tunnel between Caoya Station and Kaohsiung International Airport Station.
Z-pattern autonomous flight covers all beams and tunnel structures
AI detects cracks, water leaks, rail issues , and foreign objects
Captures over 3,000 high-res images per mission
Integrated with live video, auto-reporting, and task dispatch
Improves inspection efficiency by 50% , cuts manual labor by 80%
original supplier Tech deployed its AI-powered drone inspection system in a 1.5 km MRT tunnel section between Caoya and Kaohsiung International Airport. The drone flies a Z-shaped path to fully scan beams and structural elements. Equipped with five high-resolution cameras, it captures over 3,000 images per flight. Onboard AI detects cracks, leaks, rail deformations, and foreign objects in real time. All data is uploaded live to a central dashboard, where issues are automatically flagged, reported, and sent to relevant personnel—eliminating risky manual inspections. The system enhances safety, speeds up post-disaster response, and supports daily maintenance in challenging underground environments.
Published figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
05 / HISTORICAL SUPPLIER SOURCE · P2
Emergency Response Applications
Real-time 3D mapping and thermal video streaming for disaster relief and emergency search.
Supports 4G/5G live feeds to command centers
Enables BVLOS flight and auto-deployment over hazardous zones
Equipped with RTK + multi-GNSS for accurate rescue positioning
Integrated with mission planning and resource dispatch tools
In large-scale emergencies such as earthquakes or industrial fires, drones equipped with real-time 3D modeling and AI-assisted inspection become critical tools for situational awareness. Through 4G/5G transmission, thermal and optical video can be streamed live to command centers—helping locate survivors, identify fire sources, or assess access routes. With RTK GNSS and multi-constellation support, drones provide centimeter-level accuracy even in complex environments like collapsed buildings or mountain terrain. The system supports mission planning, automated BVLOS flights, and AI-based damage analysis, reducing risk to responders while improving speed and coordination. It's especially useful in chemical zones, flooded areas, or infrastructure collapse, where real-time aerial views can save lives.
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Our Partners
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To play, press and hold the enter key. To stop, release the enter key.
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OEM / ODM
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Industrial Use
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AI-ready
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Long-endurance
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RTK
Key Features
Ideal Use Scenarios
Centimeter-Level Accuracy
7 mm horizontal / 14 mm vertical (RTK mode)
Ultra-Compact
Just 42.1×34×14 mm, weighs only 20g
Dual Operation Modes
Switch between Base and Rover via software
Multi-GNSS Support
GPS, Galileo, BeiDou, GLONASS (L1/L2), 230+ channels, 10Hz
Flexible Interfaces
UART, RTCM 3.x, NMEA; Pixhawk & ArduPilot-compatible
Multiple Data Links
433/915 MHz, USB/NTRIP, or 4G/5G via HJ DroneLink
Open fields, coasts, and wide outdoor areas
Drone mapping and surveying
BVLOS flights needing precise navigation
Precision farming and spraying
Ground robots and autonomous vehicles
Smart mobility (bikes, scooters, wearables)
Published figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
14 / HISTORICAL SUPPLIER SOURCE · P2
Hybrid Engine
39kW Max Output
Ideal for heavy-lift and long-endurance missions
Lightweight at 15.5kg
560cc two-stroke engine optimized for flight
Smart EFI System
Real-time pressure and temperature monitoring for precise fuel control
Multiple Control Interfaces
Supports USB, TTL (3.3V), and PWM
Built-in Protections
Over-temp and over-speed safeguards ensure reliable operation
100-Hour Service Cycle
User-replaceable spark plugs and filters for quick maintenance
E-560b4 UAV Engine
Download the DataSheetPublished figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
15 / HISTORICAL SUPPLIER SOURCE · P2
HYF Series Drone Motors
HYF 5008
170KV / 340KV / 400KV
High-efficiency heavy-lift motor for 6–12S, supports up to 4.2kg thrust, best with 17"–22" props.
Download the DataSheetPublished figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
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HYF 5006
300KV / 450KV
Heavy-lift motor, supports 4–8S, delivers up to 3.2kg thrust, suitable for industrial and long-endurance platforms.
Download the DataSheetPublished figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
17 / HISTORICAL SUPPLIER SOURCE · P2
HYF 4006
380KV
Designed for 13–15" props, recommended for 6S, up to 2.2kg thrust, ideal for stable output applications.
Download the DataSheetPublished figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
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HYF 3115
900KV
Compatible with 10"–12" props, 3–4S support, provides up to 1.5kg thrust for medium-large multirotors.
Download the DataSheetPublished figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
19 / HISTORICAL SUPPLIER SOURCE · P2
HYF 2807
1300KV / 1700KV
Supports 3–6S, optimized for 5"–6" props, delivers up to 1700g thrust with lightweight, powerful performance.
Download the DataSheet20 / HISTORICAL SUPPLIER SOURCE · P2
HYF 2806
400KV
High-torque stable motor, recommended for 6S operation, suitable for mid-sized multirotors.
650KV
Moderate-speed efficient design, supports 4S, provides up to 1100g thrust, ideal for versatile drones.
Download the DataSheet Download the DataSheet21 / HISTORICAL SUPPLIER SOURCE · P2
HYF 2208
1100KV / 1260KV
Lightweight cruising motor, supports 3–4S LiPo, up to 1200g thrust, balances efficiency and flight time.
1500KV / 2600KV
High-speed racing motor for 2–3S setups, up to 500W power output, ideal for agile control.
Download the DataSheet Download the DataSheetPublished figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
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Flight Control & Navigation Systems
IMU : Built-in ADI-grade high-precision IMU
Architecture : Pixhawk V6X, fully Ardupilot-compatible
Redundancy : Dual barometers + dual compasses
I/O : 12 PWM, CAN, USB, SPI, I2C, GPS ×2
Compliance : EMC pre-tested (FCC/EN)
Origin : Designed and manufactured in Taiwan
Blue Magpie
High-Reliability Flight Control Computer
IMUs : Dual 6-axis (ICM-42688-P + IIM-42652)
Redundancy : Dual compass + dual barometer
I/O : 14 PWM, CAN ×2, GPS ×2, UART, USB, I2C, SPI, RSSI, S.BUS
Enclosure : CNC-milled 6061 aluminum, 70g
Temp Range : -40°C to +85°C
Firmware : PX4 & Ardupilot ready
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Blue
Compact and Rugged Flight Controller
MCU : STM32F405
IMU : ICM-42688-P
Power : Dual BEC (5V/9V, 3A peak), TI/MPS chipsets
Firmware : iNAV supported
Features : Built-in OSD, onboard blackbox, Type-C USB
ESC : 65A 4-in-1, Dshot300/600, 3–8S LiPo
Form Factor : 30.5 × 30.5 mm, 25g
Published figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
24 / HISTORICAL SUPPLIER SOURCE · P2
FPV F4 Stack 65A
High-Performance FPV Flight Controller
Gyro : 0.9°/hr in-run bias stability
GNSS : GPS, GLONASS, Galileo, BeiDou
GNSS-denied : Supported (INS fusion)
Comms : 4G LTE onboard; optional 433/915/2400 MHz modules
Compatibility : PX4, Ardupilot
Enclosure : Aluminum, 218g
Temp Range : -40°C to +85°C
Published figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
25 / HISTORICAL SUPPLIER SOURCE · P2
TinyPOS-900
High-Precision INS/GNSS System
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Branding and Support Services
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Field Application Specialization
We provide on-site technical support to assist clients in testing, validating, and optimizing product performance in real-world environments, accelerating deployment and field implementation.
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Technical Integration Capability
With extensive experience in both software and hardware integration, we offer customized development and system-level support tailored to client requirements, ensuring stable deployment and continuous operation.
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Support Rapid Deployment
From design verification to mass production, we deliver fast, flexible technical support and collaborative processes that significantly reduce time-to-market.
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Event
Meet our team at
Taipei Aerospace & Defense Technology Exhibition
Dates: September 18 - 20, 2025
Hours: 9:00 AM - 5:00 PM daily
Location: Taipei Nangang Exhibition Center, Hall 1 (TaiNEX 1)
Booth: Visit us at booth I0715a in the UAVs & Vehicle section.
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Get in touch
Our customer service team is here to answer any questions, please contact us directly via email or LINE.
Email: service@arklab.tw
LINE
32 / HISTORICAL SUPPLIER SOURCE · P2
Additional original source-view images
33 / HISTORICAL SUPPLIER SOURCE · P2
Additional original mobile copy
1.5 km underground tunnel
between Caoya Station and Kaohsiung International Airport Station
3D real-time situational awareness platform with aerial mapping and AI-assisted inspection
Thermal and optical video streaming via 4G/5G, supports live monitoring at command centers
Auto-deployment and BVLOS flight, enabling safe search over dangerous or inaccessible terrain
RTK and multi-GNSS support for accurate positioning in rescue or damage assessment scenarios
Integrated with mission planning and resource dispatch system for unified emergency coordination
Published figures and conditions are retained from the source. Confirm the exact configuration, test setup, date and applicable scope before using them as an acceptance requirement.
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Original supplier source · Retained capture reviewed 20 October 2026 · P2 company-authored material. Product availability, firmware, licences, configuration, delivery and contracting parties must be confirmed per enquiry.
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