AxEnd 
The optoelectronic tracking device has a built-in high-definition visible light through fog network camera plus a laser infrared fill light, built-in intelligent target detection and tracking algorithm, and realizes 24-hour uninterrupted target recognition and tracking in visible light, low illumination, severe haze weather, and nighttime . The fuselage is made of high-strength shock-absorbing alloy die-casting shell, and the overall three-proof spraying, heat insulation, high temperature and cold resistance, impact resistance, corrosion resistance, and good wind resistance and shock absorption performance.
| Modail | AXPC3000 | |||
| Monitoring Distance | HD Camera | 3000~5000m | ||
| Thermal Camera | Duine (1.8m×0.5m) | Carbad (2.3m×2.3m) | UAV(0.3m×0.3m) | |
| Detection | 4200m | 12000m | 1200m | |
| Recognition | 1400m | 3000m | 500m | |
| Identification | 700m | 1500m | / | |
| Thermal Detector | Detector | Uncooled microbolometer focal plane array (Vox) | ||
| Pixel | 640×512 | |||
| Spectral Range | 8~14μm | |||
| NETD | ≤50mK@F1.0, 300K | |||
| Image Process | DDE, pseudo color | |||
| Thermal Lens | Focal Length | 30~150mm, 5xzoom | ||
| FOV | 4.2°×3.3°~20.6°×16.5° | |||
| F Value | F1.0~F1.2 | |||
| Lens Control | E-zoom, e-focus, auto focus | |||
| HD Camera | Sensor Type | 1/1.8′′ Progressive Scan CMOS | ||
| Coding Format | H.264/H.265 | |||
| Video Resolution | 25fps(2688×1520), support dual stream | |||
| Camera control | AGC, auto balance, auto backlight compensation, 3D digital noise reduce | |||
| HD Lens | Focal Length | 15.6~500mm, 32× | ||
| FOV | 0.8°~25.6° | |||
| Lens Control | E-zoom, e-focus, auto focus, auto iris | |||
| Interface | Solar cumhachd | Wide range waterproof power adapter, AC90-295V, power consumption ≤180W | ||
| Network Interface | 1×10Base-T/100Base-TX, RJ 45 | |||
| Environment indicators | Temperature | Working -25℃~+55℃（-40℃~+65℃ optional）, Storage -40℃~+65℃ | ||
| Protection Grade | IP66 | |||
Tha Siostam Dìon an-aghaidh UAV air a dhèanamh suas de uidheamachd aghaidh leithid radar lorgaidh, Lorgaire RF, Camara tracadh E / O, Inneal RF jamming no spoofing agus bathar-bog àrd-ùrlar smachd UAV. Nuair a thig an drone a-steach don raon dìon, bidh an aonad lorgaidh a’ toirt a-mach fiosrachadh suidheachaidh ceart tro astar gnìomhach, ceàrn, luaths agus àirde. Nuair a thig thu a-steach don raon rabhaidh, socraichidh an siostam gu neo-eisimeileach agus tòisichidh e air an inneal jamming gus casg a chuir air conaltradh drone, gus toirt air an drone tilleadh no tighinn air tìr. Bidh an siostam a’ toirt taic do riaghladh ioma-innealan agus ioma-sònaichean agus is urrainn dha a thoirt gu buil 7*24 sgrùdadh làn-aimsire agus dìon an aghaidh ionnsaigh drone.
Tha siostam dìon an-aghaidh UAV air a dhèanamh suas de aonad lorg radar no RF, Aonad tracadh EO agus aonad jamming. Bidh an siostam a’ toirt a-steach lorg targaidean, tracadh & aithne, àithne & smachd air jamming, ioma-ghnìomhan ann an aon. Stèidhichte air diofar shuidheachaidhean tagraidh, faodar an siostam a chuir a-steach gu sùbailte ann am fuasgladh as fheàrr le bhith a’ taghadh aonad lorgaidh eadar-dhealaichte agus inneal jamming. Faodar AUDS a stàladh stèidhichte, càr gluasadach no so-ghiùlain. A rèir an seòrsa stàlaidh stèidhichte, Tha AUDS air a chleachdadh gu farsaing ann an làrach dìon tèarainteachd àrd-ìre, mar as trice bithear a’ cleachdadh seòrsa carbaid airson faire àbhaisteach no barrachd, agus tha seòrsa so-ghiùlain air a chleachdadh gu mòr airson casg sealach & smachd ann am prìomh cho-labhairt, tachartasan spòrs, cuirm-chiùil msaa.
