PPK precise aerial positioning & waypoint navigation ultrahigh resolution 42 mpx imaging sensor precise landing control within 6m radius extremely long endurance up to 90 min corridor/linear mapping flight plan multi-zone planning in a single flight durable EPO material against hundreds of uses 1-day training good enough for beginners incredible aerial mapping productivity & efficiency multi-flight planning for large survey zone 1st smart elevation partition for elevated area excellent flight performance against windy environment Worried about drone crash or drone loss? FLYme is particularly designed for flight safety control. no-fly-zone database for drone use reference compulsory checklist reminder to guarantee no improper use automatic return home upon aerial imaging failure automatic return home upon 30sec radio disconnection one-key return command to escape from rain or bird GCS power-off protection for uninterrupted operation Which ranges to perfectly use for? A variety of applications include… road survey power line inspection topographic survey mining survey elevation condition evaluation to guarantee no crash accident automatic return home upon low battery power automatic return home in case of heavy wind automatic return home in case of high temperature abort landing contingency to avoid unexpected obstacle

model FLYme aircraft type fixed-wing system structure mo du lar design take-off weight 3.5 kg (including camera and drone battery) propulsion system 1000w electric pusher motor, with 13-inch propeller power supply lithium polymer battery, one unit body material Industrial EPO foam pre-flight setup 5-8 minutes control mode autopilot base observations integrated with radio datalink device radio datalink Frequency Hopping Spread Spectrum (FHSS) control frequency 1W, 915 MHz (869 MHz or 2.4 GHz optional) radio communication typical, 5-10 km; maximum 30 km range transmitting...