Tamiya R/C System Series No.45
EXPEC GT-I 2.4G RADIO CONTROL SYSTEM (BASIC SET)
Item No：45045
【 No Frequency Crystals Required 】 This 3-channel radio control system utilizes a 2.4GHz frequency hopping system which eliminates the need for frequency crystals. Designed by world-famous German industrial designer Hans A. Muth, the wheel/trigger type transmitter has a distinctive, ergonomic form. The ideally placed steering wheel and trigger offer a user-friendly layout. This set does not include an ESC to allow you to use your desired ESC. Only four R6/AA/UM3 batteries (sold separately) are required for the transmitter, making it lighter and more energy efficient.
＜NOTE＞ESCs without BEC such as TEU-101BK and TEU-104BK are not compatible with the receiver.
【 Easy to Use Layout 】 The ideally placed steering wheel and trigger, centrally located servo reverse switch and throttle/steering trim dials; and convenient power switch, 3-channel button, and Throttle ATV/Steering Dual Rate trim dial positions combine to offer a user-friendly layout. Transmitter and receiver are factory paired and no setup is required.
【 Specifications 】 ●Transmitter: TRU-07, Frequency Range: 2.4GHz, Power Supply: 6V (R6/AA/UM3 Battery x4), Current Consumption: Less than 100mA, Antenna: Built-In ●Receiver: TRU-07, Frequency Range: 2.4GHz, Power Supply: 4.8～6V, Dimensions: 26×39×10mm (excluding protrusions), Weight: 8g ●Servo: TP-S3003 Power Supply: 4.8～6V (share with receiver), Current Consumption: 8mA (using 6V battery), Output Torque: 4.1kg-cm (using 6V battery), Operating Speed: 0.19sec/60° (using 6V battery), Dimensions: 40.4×19.8×36mm, Weight: 37.2g
【 About Hans A. Muth 】 A German industrial designer. After working at Ford of Europe and BMW as an automotive stylist, he became a freelance designer and gained attention for his design of the Suzuki Katana motorcycle in the 1980s. He was involved with product development projects as a design consultant for numerous companies around the world. His work has covered a wide variety of fields ranging from automotive and aerospace design to consumer electronics.
