Robots, Parts, and Custom Solutions www.SuperDroidRobots.com Toll Free: (866) SDRobots Phone: (919) 557-9162 Fax: 775-416-2596 1421 E. Broad Street #101 Fuquay Varina, NC 27526 LT-F Compact Treaded All Terrain Surveillance & Inspection Robot SuperDroid Robots Inc.
LT-F Robot Specifications: • Enclosed treaded robot chassis with new integrated flush camera tilt system in the nose of the robot. • Patent Pending Flipper Arm/Stabilizer arm can be used to climb over objects as tall as the robot is long. The arm can be used as a wheelie bar from climbing up stairs, etc.
Chargers: • Three chargers mounted in case. The chargers are for the 24V motor battery, 12V video/control battery, and 12V control console battery. The chargers are fully automatic and will charge all the batteries simultaneously. LT-F Upgrades and Add-On Options: • OSD (On Screen Display). This add-on allows the user to view all the robot’s information thought the wireless video link.
Pricing: Pricing is subject to change without notice. Contact SuperDroid Robots for formal quotation. Recommended Cost Detail of Item Features Ext Cost Qty LT / LT-F Base Robot $4,043.97 LT Tank with motors, batteries, motor controller, motor mounts, assembly $4,043.97 1 $1,639.47 Flipper Arm and Assembly $1,639.47 1 LT / LT-F Remotes and/or Control Systems $1,351.63 Handheld Dx5i Remote with RF Video and 7" Color LCD $0.00 $1,645.28 Handheld Dx7 Remote with RF Video and 7" Color LCD $0.00 $1,719.
LT-F Flipper/Stabilizer Arm Description (Patent Pending): A rugged robot platform with multipurpose rear stabilizer arms. The arms are located on the rear of the robot and have a rounded or wheeled front tip. The rear arms are approximately 2/3 the length of the robot. When rotated down the arms lift the front of the robot off the ground allowing it to move on top of objects as tall as the robot chassis’ length.
Step 3: The arms and treads continue to move in the same direction as in step 2. The arms are strong enough to lift the entire weight of the robot off the ground. Step 4: The robot is now moving forward and the arms are only stabilizing the robot from flipping over. If the robot does fall over backwards or the object is too tall, the arms can simply flip the robot upright. Step 5: The robot has now climbed on top of the object.
2. The arms used for climbing stairs. Step 1: The robot has lifted the front end up high enough to clear the first step. The robot then drives forward just far enough to rest on the top of the first step. Step 2: The arms are rotated in the direction of the arrow shown. Once the arms are about to reach the ground the robot can drive forward. The arms act as a stabilizer bar that prevents it from turning over. The robot can now climb the stairs without flipping over backwards. SuperDroid Robots Inc.
