Multiplex Razzor RR W/ Battery MPUM264280
MPUM264280 Multiplex Razzor RR W/ Battery

Please Note: Color and/or graphics may differ from image shown

Multiplex Razzor RR W/ Battery MPUM264280

Add $99.00 to receive Free Shipping...click for eligibility
reg $279.95
$174.99

In Stock.

This item qualifies for BUNDLE & SAVE
This item qualifies for FREE SHIPPING
This is the Multiplex Razzor RR (Receiver-Ready) with a 3s/11.1V 800mAh LiPo battery included. The brand new Multiplex Razzor is a small, fast racing-style modelhat’s made of Elapor, and is ideal for the pilot that’s seeking pure action in an agile, small package.

Features:
  • Made of Elapor
  • 3s/11.1V 800mAh LiPo battery included
  • Extra-strong, carbon-reinforced wings and tail
  • Large removable fuselage top section for ease of maintenance
  • High-speed brushless power system
  • Attractive racing decals already applied
  • Easily detachable wings for ease of transport

With a wingspan of just 620mm/24.4" the Multiplex Razzor is a highly manageable modelhat features carbon reinforced elapor components and a light-weight airframe to give you a precise RC flying modelhat’s sure to survive high-speed maneuvers and hard landings.

This is the RR (Receiver-Ready) version of the Razzor, and includes the recommended Multiplex power set and servos pre-installed. Best of all, a 3s/11.1V 800mAh LiPo Battery is also included. (ThunderPower/Multiplex type balance connector and MPX type connector already fitted – no soldering required)

This small, yet highly manageable aircraft is an ideal choice for the ambitious modelilot who’s looking for a real adrenalin rush. The Razzor is a modelith modern air-racer looks, easily capable of a full aerobatic schedule.

To complete, some simple assembly is required along with a receiver and transmitter.

Includes:
One Multiplex Razzor RR (Receiver-Ready) (95% factory-assembled), inclusive PERMAX BL-O 2316-1400 motor, speed controller MULTIcont BL 15, Propeller 7x6", 4 Servos MS-9004, decal sheet, 3s/11.1V 800mAh Li-Po battery, and comprehensive instruction

Review Summary