This is the Reedy 924 550-SL 3500kV Brushless Motor
         and SC1200-BL Brushless Sensorless ESC from Team Associated.

FEATURES:   Motor-
          Ideal upgrade motor for 1/10 scale RTR buggies and trucks
          Sensorless operation
          Operates on 2-3S LiPo batteries or 4-8 cell NiMH batteries
          High torque four pole rotor
          Hardened 5mm steel shaft for SC 4WD category
          Thirty day limited warranty beginning at date of purchase
          3.5mm diameter male bullet connectors
            ESC-
          Reversible with reverse lockout
          Fully proportional brake, adjustable drag brake
          Adjustable LiPo low voltage cutoff
          LiPo cell auto detect
          Adjustable throttle profile
          Hard case with aluminum heat sink
          Water resistant
          Prewired for cooling fan (not included)

INCLUDES: Reedy 924 550-SL 3500kV Brushless Motor with Connectors
            SC1200-BL ESC with Connectors and Instructions

REQUIRES: Pinion gear of modeler's choice

SPECS:      Motor-
          Cells: 2-3S LiPo, 4-8 cell NiMH
          RPM/Volt: 3500
          Shaft Diameter: 0.20" (5mm)
          Diameter: 1.4" (36mm)
          Length: 2.0" (50mm)
          Weight: 7.4oz (210g)
          Max Efficiency Current: 10-45A
          Max Surge Current: 55A/60s
          Internal Resistance: 6.5 miliohms
            ESC-
          Cells: 2-3S LiPo, 6-9 cell NiMH
          On Resistance: 0.5 miliohms x 2
          Motor Limit: 2S LiPo 6100kV
                       3S LiPo 4000kV
          Brake: Proportional
          Reversible: Yes, with brakes only option
          Low Voltage Cutoff: Adjustable with cell auto detect
          Dimensions: 1.81 x 1.6 x 1.02" (46 x 42 x 26mm)
          Weight with Wires: 3.5oz (100g)
          Power Wires: 12 gauge silicone
          Battery Connector: Deans
          Motor Connector: 3.5mm sockets

                                                                   jxs 07/06/12
                                                                         ir/jxs