Concept illustration · original evidence insideChoose the vehicle that carries the job
The aircraft is the carrier. Start with what it must carry, where it must fly and how it will take off and land.
Explore this option →PRODUCTS · APPLICATIONS · ORIGINAL EVIDENCE
Find the part that makes your mission work.
Start with the aircraft, then explore positioning, control, communications, power and the equipment it carries.
Historical original-supplier material. Current availability, configuration and responsibility are confirmed per project.
START WITH THE JOB
A useful system, explained piece by piece.
The vehicle carries the equipment. The payload observes the world. Navigation, control, communications and power make the mission possible. Choose a role below to see what it does and what to ask for.
Concept illustration · original evidence inside
Concept illustration · original evidence insideChoose what the aircraft needs to see
A payload is the useful equipment carried by the aircraft, such as a camera or thermal imager.
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Concept illustration · original evidence insideGive the operator a clear view
The ground station is the operator’s workspace. Radios and mobile links carry commands, status and images between the aircraft and the ground.
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Concept illustration · original evidence insideHelp the vehicle know where it is
Navigation combines position information with the route the vehicle should follow. RTK uses correction information to improve a satellite position estimate.
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Concept illustration · original evidence insideSeparate flying from processing
The flight controller stabilises and controls the aircraft. A mission computer can process images or run an application alongside it.
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Concept illustration · original evidence insidePlan power for the whole mission
The aircraft, payload and computers all need energy. A battery or engine choice must match their combined demand.
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Concept illustration · original evidence insideBring the mission into one workspace
Explore a mission workspace: plan a task, prepare the equipment, understand observations and review the evidence.
Explore this option →COMPLETE CONTENT / ORIGINAL COMPANY RECORD
See the details.
Inspect the source.
Read the retained product descriptions alongside recovered full images. Selected low-resolution images are AI-restored for display and clearly labeled; their fine details are not specifications. Unmodified originals remain linked. Historical claims are not new test results or current delivery commitments.
01 / HISTORICAL SUPPLIER SOURCE · P2
Unmanned vehicles / UAV
Single-rotor helicopter
Long range and endurance
Electric, fuel-powered and hydrogen options
45–180 minutes of aerial endurance
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.
02 / HISTORICAL SUPPLIER SOURCE · P2
Multirotor drone
Single-operator use / high payload
Electric, fuel-powered and hydrogen options
20–50 minutes of aerial endurance
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.
03 / HISTORICAL SUPPLIER SOURCE · P2
Heavy-lift drone
Emergency logistics; high-payload design
Up to 30 kg payload for long-endurance logistics and resupply
View more Request the relevant details — original button destination was not present in the capturePublished 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.
04 / HISTORICAL SUPPLIER SOURCE · P2
Handheld drone
All-terrain capability and disaster relief
Handheld design for takeoff and landing across varied terrain
View more Request the relevant details — original button destination was not present in the capture
05 / HISTORICAL SUPPLIER SOURCE · P2
Positioning and navigation
Compact, lightweight: under 30 g
Average satellite acquisition time below 30 s
Average of more than 25 satellites acquired
Compatible with e-GNSS service
UART interface commonly used by UAVs
Supports Pixhawk flight controllers
Supports ArduPilot 4.0.0 and later
Supports 433/915 Hz telemetry equipment [unit retained as written in the source; requires confirmation]
Supports 4G LTE / 5G transmission (Drone Link)
Horizontal accuracy 7 mm; vertical accuracy 14 mm
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.
06 / HISTORICAL SUPPLIER SOURCE · P2
Data / video transmission and ground stations
IP Mesh communication system
| Angle (°) | Source unit: satellites | Source unit: avg. SNR | Source unit: HDOP | Comparator: satellites | Comparator: avg. SNR | Comparator: HDOP |
|---|---|---|---|---|---|---|
| 0 | 28 | 42 | 0.4 | 20 | 35 | 0.5 |
| 15 | 28 | 42 | 0.4 | 20 | 35 | 0.6 |
| 30 | 28 | 42 | 0.4 | 20 | 35 | 0.5 |
| 45 | 28 | 42 | 0.4 | 19 | 35 | 0.6 |
| 60 | 28 | 40 | 0.4 | 19 | 33 | 0.6 |
| 90 | 25 | 38 | 0.5 | 11 | 30 | 0.7 |
07 / HISTORICAL SUPPLIER SOURCE · P2
5G communication module
Telemetry module
Portable GCS
08 / HISTORICAL SUPPLIER SOURCE · P2
「Tower 1.0」
Integrated long-range IP Mesh data and video system
2 × 2 MIMO network
Full TCP/IP@UDP and full-duplex TTL control data link
Integration with UAVs, AGVs and other tactical-edge vehicle control networks
★ Source-reported measured distances: 15 / 30 / 75 km
★ MIMO 14dbi
★ RJ-45
★ Video output: HDMI / UDP / RTSP / RTMP
★ Video output: 1080P @ 60 fps
★ Dimensions / weight: 112 × 90 × 19 mm; 295 g
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.
09 / HISTORICAL SUPPLIER SOURCE · P2
5G communication module
Drone Link offers 5G and 4G communication, with backward compatibility from 5G to 4G for seamless connectivity.
Data-link and video-input interfaces work with Topology GCS to set up a remote drone-control platform. The source states Windows/Linux compatibility and H.264 video compression with delay-free packet delivery.
★ Compatible with HDMI / UVC (USB) / AV (adapter required)
★ DL: 2.52Gbps / UL: 0.66Gbps
★ USB 3.1
★ Networks (Taiwan):
5G : n1, n3, n7, n8, n28, n38, n41, n78
4G : B1, B3, B7, B8, B28, B38, B41
3G : B1, B8
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.
10 / HISTORICAL SUPPLIER SOURCE · P2
Telemetry module
Zigbee、Lora、Sigfox
Multiple solutions
11 / HISTORICAL SUPPLIER SOURCE · P2
「HGCS 1.2」
Integrated ground station
Zigbee、Lora、Sigfox
Multiple solutions
12 / HISTORICAL SUPPLIER SOURCE · P2
Optical payload
Optical camera
Infrared camera
3D mapping camera
Laser rangefinding
U.S. Shipping Options:
Free delivery (10-12 days)
Fast delivery (4-6 days)
Express delivery (1-2 days)
International shipping rates vary by country.
How long does it take to process a return?
Up to 2 weeks.
Can I return my items to a store?
Yes, you can return items to any store.
I’m a Return and Refund policy. I’m a great place to let your customers know what to do in case they are dissatisfied with their purchase. Having a straightforward refund or exchange policy is a great way to build trust and reassure your customers that they can buy with confidence.
13 / HISTORICAL SUPPLIER SOURCE · P2
Mission payload
Optical payload
Single optical channel 10 / 20 / 30 / 300
Dual optical channels
Tracking gimbal
14 / HISTORICAL SUPPLIER SOURCE · P2
Thermal imager
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15 / HISTORICAL SUPPLIER SOURCE · P2
Original source variants
The desktop and mobile captures used different thumbnails of the same 16 originals. Each image is presented once above. Both historical variants remain available here, alongside the unmodified full source.
Inspect all 16 original image records
- Single-rotor helicopterArchived desktop image · Archived mobile image · Full original
- Multirotor aircraftArchived desktop image · Archived mobile image · Full original
- Tandem-rotor aircraftArchived desktop image · Archived mobile image · Full original
- Handheld aircraftArchived desktop image · Archived mobile image · Full original
- Moving Base RTK moduleArchived desktop image · Archived mobile image · Full original
- Navigation comparisonArchived desktop image · Archived mobile image · Full original
- GNSS antenna radiation patternsArchived desktop image · Archived mobile image · Full original
- Tower radio kitArchived desktop image · Archived mobile image · Full original
- HJ Drone Link moduleArchived desktop image · Archived mobile image · Full original
- Telemetry moduleArchived desktop image · Archived mobile image · Full original
- HGCS ground stationArchived desktop image · Archived mobile image · Full original
- EO/IR Duo payloadArchived desktop image · Archived mobile image · Full original
- Optical gimbalArchived desktop image · Archived mobile image · Full original
- Historical field operationArchived desktop image · Archived mobile image · Full original
- Thermal camera viewArchived desktop image · Archived mobile image · Full original
- Thermal sensor componentsArchived desktop image · Archived mobile image · Full original
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.
SUPPLY CHAIN & MISSION INTEGRATION
Know what is inside.
Know who has control.
合機 (Hé Jī) connects the retained product records to a configuration-level review: exact part, revision, origin, firmware authority, data route and acceptance evidence. No whole-system qualification is inferred from the brand or a product category.
Review the component and interface questions →Our origin and non-China sourcing mission →Read dated control evidence →
Current contact: hjuav@icloud.com. Exact availability, origin, API rights, testing, commercial terms and responsible engineer remain to be confirmed.
FROM THE RECORD TO YOUR REQUIREMENT
Define one useful
first output.
- What you provide
- Mission, country, payload, existing equipment and the outcome you need.
- What to define together
- A component shortlist and an interface review.
Exact hardware and software versions, interfaces, operating conditions, budget, schedule and responsible people remain to be agreed.
SOURCE EVIDENCE / ORIGINAL RECORDS / CURRENT-USE LIMITS
Keep the claim connected to its source.
Complete retained source text and available media, presented in an English reading layout. Where a current-team illustration replaces an image on display, it is labeled and links to the unmodified original. Company statements remain attributed to the historical original supplier; they are not new test results, current certification or a quotation.
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.
The original includes generic shipping/returns template text. It is retained for completeness, not adopted as a current commercial policy. Confirm all delivery and return terms in a quotation.
The original-language capture remains available for comparison. Source documents and diagrams retain their original language and attribution.
Enquire with the source context attached.
Tell us the required model, mission, country, quantity, existing equipment, network/data restrictions and expected deliverable. Unknown details may be “not yet determined”.
Reference: 合機 (Hé Jī) / products. BE PASSIVE receives this enquiry. The original company, manufacturer and product ownership remain unchanged; supply, technical responsibility and quotation are confirmed per project. No automatic external forwarding.
Historical phone numbers and contacts in the source text are retained as records; current availability is not confirmed.
Current coordination team and responsibility →CONTINUE EXPLORING