China TianYing HD1000 2MP 18~1000mm EO coaxial zoom SWIR NIR CCTV camera effectively detects over 16km, capturing crisp sharp color and IR images for real-time target alignment during zoom.
This compact, reliable, impact-resistant camera is domestic, serialized and specify focal length. It features a high-performance standardized data-driven continuous optical zoom lens of 18~1000mm and a global exposure sensor up to 8MP, with no chromatic aberration across a wide spectrum.
The telephoto edge image is sharp and complete, providing defogging clarity three times better than visible light images. It delivers superior 2MP clarity compared to traditional 8MP CCTV cameras, its 2MP sensor operates at -40 degrees without a heater; its outstanding infrared capabilities surpass many SWIR cameras.
This high-performance camera is tailored for precise observation and measurement tasks, making it ideal for measurement, target tracking, and clear surveillance missions.
Recommended Use:
1. Measuring aim.
2. Weapon sight.
3. Defense.
4. Target tracking.
5. Anti-missile.
6. Precision aerial photo and surveillance of crisp sharp images with high color saturation.
Comparative advantage features:
1. No chromatic aberration design, the edge of the telephoto image is sharp, clean and complete;
2. Precision long and short focal coaxial zoom;
3. No jumping during zooming;
4. Multiple AI technologies intelligent, multi-schema database, 3x supper defog ability and better effect;
5. Datalization: real-time data backhaul, focal length preset, focusing preset, specify focal length etc;
6. Operates from -40 degrees to +60 degrees without temperature compensation and without heating;
7. Crisp sharp images of high color saturation is conducive to the detection of long range and small targets, and multiplication of recognition ability;
8. Large depth of field in long focal length, fast smooth zoom with stable real-time image and no image blackout;
9. Ultra-small size, ultra-light weight, Swiss motor level life and ultra-high impact resistance intensity;
2MP 18~1000mm coaxial zoom no chromatic aberration surveillance CCTV camera specifications:
| Model |
HD1000-LAN(3.75um) |
HD1000-SDI(3.45um) |
| Performance |
| Effective detection range |
Typical 16km for human, can be 18km |
| |
Approx 40km and can be 47km for 6m x 3m vehicle/boat |
| Recognition range |
Approx 11km for human |
| |
Approx 20km for 6m x 3m vehicle/boat |
| Observation range |
≥ 64km for plane |
| |
≥ 47km for lighthouse, can be 51km |
| Sensor |
| Resolution |
Global exposure 1920x1080 pixels |
| Frame Rate |
25Hz/30Hz. |
| Signal to noise ratio |
≥50dB (AGC OFF), option ≥90dB |
| Electronic Defog |
Yes |
| Optics |
| Wavelength range |
400nm ~ 1100nm (0.4~1.1μm): |
| |
0.4~0.7μm visible, |
| |
0.7~0.9μm NIR, |
| |
0.9~1.1μm portion of the 0.9~1.7μm SWIR |
| Focal Length |
18~1000mm continuous optical zoom / F14.3 aperture. |
| Field of View |
22.9° x 12.9° ~ 0.41° x 0.23° |
21° x 11.9° ~ 0.38° x 0.21° |
| Focus |
Electric / quick automatic with no shift, including switching mode |
| Close-up distance, m |
Approx 5m |
| IR optics defog ability |
3 times the clarity of visible light |
| Option through-zoom boresight |
10~20pixels deviation, option 2 pixels and ≤ 5 pixel deviation |
| No chromatic aberration |
Yes |
| Large depth of field |
Yes (in long focal length) |
| Coplanar visible light and infrared |
Yes, including short focal length and long focal length |
| Rear focal adjustment |
Electric |
| Real-time data backhaul |
Zoom position, specify focal length position |
| AI Intellectualization |
Multi-schema database, atuo focus, IR supper defog etc. |
| Motor life |
Swiss motor level |
| Optical zoom time + focus time |
Approx 10 seconds with basically real-time focus |
| Input / Output |
| Power supply |
DC12 ±10% |
| Video output |
LAN network: 1 x RJ45 10/100BaseT |
SDI video: 1 x SMA |
| |
H.265/H.264/MJPEG, BNC analog |
HDSDI/EXSDI digital, CVBS |
| |
32Kbps~10Mbps video bit rate |
|
| |
ONVIF, HTTP, RTSP, RTP, TCP, UDP |
|
| Image Control |
| Control interface |
RS422 |
| Environmental Adaptability |
| Operating Temperature(no heater) |
-40°C to +60°C |
| Storage Temperature |
-50ºC to +70ºC |
| Impact resistance and shock-proof (G) |
Meet relevant standard, up to ultra-high impact resistance |
| Physical |
| Dimensions and weight without house |
Approx 4506 cubic centimeters, Approx 3.6kg |
| Length and weight with seal house |
Approx 435mm, Approx 11kg, 19kg (electric lens cap, anti-salt spray) |
| Option laser rangefinder |
such as ≥ 6.6km of 30cm x 8cm 0.024m² drone |
| Option pan tilt |
±0.01° shot recall repeatability(mechanical backlash+electric) |
| |
Resolution < 0.00055°(< 2 arcses), min angular feedback accuracy |
| |
with top or middle load mode |
| Packing and Warranty |
| Standarding accessories packing |
hard case, user's manual, details test report, video/power cable kit |
| Warranty |
1 year warranty and free lifetime maintenance. |
Note: *- Technical information is subject to change without notice. ** -Depending on the region of sale.
*** - Option add sealing house. |
Question(August 2025 vision）:
1. Why can't normal telephoto CCTV cameras see humans at 10km, even with lenses like 1000mm or 1200mm?
The stated focal lengths are often exaggerated; a lens labeled as 1200mm may only have a true focal length of around 1000mm.
Adding a 2x extender does not guarantee clarity and effective doubling of the focal length, especially over long distances.
Clear, sharp images with high color saturation enhance discernment, but factors like fog in areas such as seas and jungles can hinder visibility.
Additionally, some cameras inflate their distance claims; for example, a 2MP 2000mm camera marked 22km might realistically see humans only about 16km; a 2MP 1600mm camera marked 250km might realistically see humans only about 14km.
2. Why do some large pixel size cameras have greater working distances than smaller pixel size ones with the same real focal length and F#?
Camera quality is crucial; an HD camera with a pixel size of 4.6um using a 1000mm lens can detect humans up to approximately 13km.
If the lens quality isn't improved, higher resolution and smaller pixel sizes (e.g., an 8MP camera core at 2um) will still yield similar effective working distances.
3. Why might a 2MP camera produce better images than some higher resolution cameras (8MP or even 8K)?
A well-designed camera that no chromatic aberration produces clearer and sharper images with consistent high color saturation across all areas, including edges in telephoto shots.
4. Why are many CCTV surveillance cameras with focal lengths of 750mm/1000mm/1200mm only effective for laser rangefinding up to 3km-5km?
This limitation arises from misalignment between the optical axis and the target; even minor deviations can result in significant errors at longer distances (e.g., a 2 mrad accuracy leads to a 6m deviation at 3000m).
Consequently, these cameras struggle to accurately capture vehicles beyond this range, so their laser rangefinder task is only roughly measurement.
Thus, claimed accuracies like 10km~40km LRF of 0.1m, 1m, or 10m lack meaningful real-world relevance.
5. Why is the price of the 2MP camera much higher than that of a normal CCTV camera?
The 2MP camera features coaxial zoom, no chromatic aberration, rapid auto-focus, superior defogging, wide spectrum capabilities, shock resistance, compact size, and an ultra-long lifespan.
Its image quality can compete with some SLR cameras.
When considering price factors such as image quality x distance x accuracy, you'll find our pricing is very competitive.
If you need to cite this information, please mention our company and website.
Updated in August 2025.
