KO EX-NEXT BASIC w/KR-242XT(short) Double Receiver

Introducing the KO PROPO EX-NEXT BASIC Transmitter and KR-242XT (Short Antenna) Double Receiver set.

[Specifications]
# Dimensions: 240.5 x163.0 x107.2mm (Does not include protrusions)
# Weight: 551g (battery not included)
# Power supply: AAA size dry battery x4,
Ni-MH battery x4,
Li-Fe battery (2cell 6.6V)*,
Li-Po battery (2cell 7.4V)*,
(Batteries are sold separately.)
# Current: 200mA or less
# Channel: 4ch（PWM/Serial）
# Frequency: 2.4GHz
# Radio Mode: XT
# Model memory 50
# Default Settings:
  RF Mode (Transmitter–Receiver): XT Telemetry
  Response (Receiver–Servo): NORMAL
# Compatible receiver: KR-420XT, KR-242XT, MINI-Z EVO 2 receiver unit for KO compatible transmitter, MINI-Z EVO Receiver Unit EX-NEXT MC-8

*If you use Li-fe, Li-po, you must use with our option unit (Battery stand Unit).
*Can not use LCD Xpansion unit EXP-104 series.
*Can not use FHSS or DSSS receiver. (KR-418FH KR-415FHD,KR-210S etc)
*The product photos on this site are prototypes, which may be different to production models.

Made in Japan

Basic Model with a Simple Configuration
This is the basic model of the “EX-NEXT” series, which features ultra-high-speed response enabled by XT technology. By minimizing exterior decoration, we have successfully reduced costs, allowing us to offer this renewed version at a more affordable price. The specifications and functions of the unit remain unchanged, so you can enjoy the high-end performance with ease.

Equipped with a new standard “XT” that achieves the fastest communication speed in the industry.
EX-NEXT features the newly implemented “XT” system, an evolution beyond the conventional “FHSS.” You can choose between “XT Advanced Mode” for ultra-high-speed response and “XT Telemetry Mode” for bi-directional communication (telemetry) support.

XT Advanced Mode
EX-NEXT has been newly developed with a complete redesign of both its control and communication systems from the ground up. It achieves industry-leading communication speed and ultra-high-resolution precision.