Comparison RYZE Tello vs DJI Tello

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	RYZE Tello	DJI Tello
	Outdated Product	from $199.00 up to $249.00 Compare prices 2
all specs only differences
TOP sellers	Find prices on Amazon.com Find prices on eBay.com	Amazon.com $199.00 Buy in shop Amazon.com $249.00 Buy in shop
Main	It has five flight modes. Can be used with 3D glasses. Electronic image stabilization. 14-core Intel processor. Flight control system from DJI. Takeoff and landing by hand. The ability to programme the drone on Scratch.	It has five flight modes. Can be used with 3D glasses. Electronic image stabilization. It has a 14-core Intel processor. Takeoff and landing by hand. The ability to programme the drone in Scratch (a programming language for teaching students).
Features	mini drone	mini drone
Flight specs
Maximum flight time	13 min	13 min
Horizontal speed	30 km/h /8 m/sec/	30 km/h /8 m/sec/
Camera
Camera type	built-in	built-in
Number of megapixels	5 MP	5 MP
HD filming (720p)	1280x720 px 30 fps	1280x720 px 30 fps
Viewing angles	82.6°	82.6°
Camera stabilization
Live video streaming
Flight modes and sensors
Flight modes	return "home" acrobatic mode	return "home" acrobatic mode
Sensors	heights gyroscope	heights gyroscope
Control and transmitter
Control	smartphone only	smartphone only
Range	100 m	100 m
Video transmission frequency	2.4 GHz (Wi-Fi)
Motor and chassis
Motor type	collector	collector
Number of screws	4 pcs	4 pcs
Battery
Battery capacity	1.1 Ah	1.1 Ah
Voltage	3.8 V	3.8 V
Batteries in the set	1 pcs	1 pcs
USB charging
General
Protected case
Body backlight
Material	plastic	plastic
Dimensions	98x93x41 mm	98x93x41 mm
Weight	80 g /with accessories/	80 g /with accessories/
Color
Added to E-Catalog	february 2019	january 2018

Video transmission frequency

The frequency of the radio channel used to transmit the video stream from the camera on board the drone to the receiving device: smartphone or tablet, control panel or pilot’s video glasses. The most common frequencies are 2.4 GHz and 5.8 GHz; video data transmission at a frequency of 1.2 GHz is less common. This parameter directly affects the quality and stability of the video signal, depending on environmental conditions, as well as accompanying interference from other devices. Thus, for receiving video from FPV drones, the most preferable frequency is 5.8 GHz, which is due to a wide selection of channels and high data transfer rates.