The iFlight Chimera7 Pro Analog is a super-efficient 7.5-inch long-range iFlight Chimera7 drone that can carry large batteries for long flights. Ultra rigid frame for minimal resonance and powerful XING2 2809 motors to maximize control of the 7.5-inch diameter propellers. Fly with larger batteries mounted on top or even larger batteries mounted on the bottom of the frame, we recommend 5-6S LiPo 3000mAh or higher for slow sightseeing flights or 6S 2500mAh for faster flights.
A basic list of changes from the Chimera7 to the Chimera7 Pro:
The iFlight SucceX-D F7 V2.2 Stack (F7+50A ESC) flight stack has been upgraded to the iFlight BLITZ F722 Stack (F7 V1.1 + 55A 4in1 ESC)
BNF version means that a receiver is immediately connected to the drone (receiver type is specified in the product option)
Angle-Mode (self-balancing flight mode) is enabled by default so that your first flight will not end in a crash! To switch from Angle-Mode to Acro-Mode (free flight mode), please read the instructions in the "files" section of the manual
GPS functions for finding your way back and Betaflight GPS Rescue mode, ready to be set up(off by default to prevent unexpected behavior; instructions for setting up are included below in the "useful links" section)
The quadcopter is set up from the factory. If you have lost the factory settings for PIDs, etc., please refer to the "Firmware/Factory Dumps" instructions in the files section
If this is your first quadrocopter, check out iFlight's guide on first-time startup
Features
LED battery status indicator (illuminated iFlight logo at the bottom)
Universal TPU foot for GoPro included. Fits your original GoPro bracket and GoPro TPU protective cases (not included)
Using Li-ion batteries: keep in mind that Li-ion batteries do not have the same power output as Lithium Polymer (LiPo) batteries, for example, the FullSend INR21700-40T 6S1P 4000mAh Li-ion battery is NOT recommended for extreme long distance flying in windy conditions. If you want to fly far, fast and safely, consider installing two 4000mAh Li-ion batteries in parallel. This can significantly reduce the load on the cell and hold a safe voltage for the rest of the flight
Using LiPo batteries: lithium polymer batteries have a higher C rating, greater power output (amperage) and maintain a more stable cell voltage throughout the FPV flight. If you are a beginner or don't want to mess around with lithium-ion batteries and their pros and cons, flying with lithium-polymer batteries is the way to go.
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