Key Specs
About this product
Description
Binary V3 RTR Mini Catamaran Sailboat
Model No.: 8807V3
SPECIFICATIONS:
Total Length: 400 mm
Width: 255 mm
Mast Height: 565 mm
Total Height:710 mm
Sail Area (Main): 5.3 dm2
Sail Area (Jib): 2.6 dm2
Sail Area (Overall): 7.9 dm2
Hull Material: Plastic Molded hull with colorful painting decal stickers
RTR Total weight: 360g
WHAT’S INCLUDED:
Hull with Graphic and Assembly Finished
2.4G 2CH digital proportional radio control system
Powerful Rudder 9g Servo and Sail 9g Servo
Battery Box & ON/OFF Switch for Receiver
Twin Plastic Keel and Twin Plastic Rudder
Jib Sail, Main Sail
Fiberglass mast and plastic molded booms
Plastic display stand
REQUIREMENTS:
4pcs of AA Alkaline batteries for Transmitter (Not included)
3pcs of AAAA Alkaline batteries for Receiver (Not included)
Technical Data
Kit Contents
Required For Operation
Frequently Asked Questions
Yes, the Binary V3 is designed as an RTR (Ready-to-Run) model ideal for beginners and casual sailors. It features a simple 2-channel radio system for basic sail and rudder control, making it straightforward to operate without prior experience.
You'll need 4 AA alkaline batteries for the transmitter and 3 AAAA alkaline batteries for the receiver—neither are included in the box. Check the manual for recommended charge times if using rechargeable alternatives.
The RTR package includes the assembled hull with decals, 2.4GHz 2-channel radio system, two 9g servos (rudder and sail), battery box with switch, twin keels and rudders, both jib and main sails, fibreglass mast, plastic booms, and a display stand.
The Binary V3 is compact at 400mm long and 255mm wide, with a total height of 710mm including the mast. Its small size makes it suitable for ponds, small lakes, and sheltered water—ideal for indoor pools or garden water features.
Yes, the model features dual servo control—one 9g servo for the rudder and one for the sail—allowing proportional control of both for realistic sailing operation. The 2.4GHz radio system provides responsive, precise handling of these functions.
