This is the upper sheet metal part for the AM14U Family Vertical Battery Mount (am-3964). It surrounds the battery and has a tab to bolt either the SB120 or SB50 robot side battery connector.
This sheet metal part forms the bottom tray that supports the weight of the battery in the AM14U Family Vertical Battery Mount Kit (am-3964). It has a tab at the bottom that prevents the battery from shifting.
This pinion gear is designed to be pressed onto motors with a 5mm output shaft such as most 700 class motors. This pinion interfaces with our PG71 and PG188 gearboxes.
Servo City's patented 32 pitch Hitec metal gears are designed to attach directly to the output spline of a servo. All gears are broached directly into the metal to ensure a snug fit that will not slip. These gears are designed to fit the standard 24 tooth Hitec output spline.
This gear can be used in the used in the Toughbox series gearboxes, replacing
the 50 Tooth Large Output Gear. It would be paired with a 21 Tooth Small Cluster
Gear, in order to increase the output speed of the Toughbox.
Standard Toughbox output reduction: 12.75:1
New Toughbox output reduction, using this gear and a 21 Tooth Small Cluster
Gear: 7.31:1
Sometimes you have the need for increased RPM. This 1:1 motor kit can be used with the Studica Maverick or any FTC legal motor such as the Neverest Classic (6600 RPM) or the REV HD Hex motor (6000RPM). The kit includes a faceplate which supports the Studica Robotics building platform. The shaft is press-fit onto the motor's shaft. It is recommended that the shaft be supported by a bearing (we recommend the 76302 for the Studica building system).
Whether you are constructing an intake, designing a shooter, or creating some other high-speed design, this 1:1 option allow you to get the full motor RPM output.
Sometimes you have the need for increased RPM. This 1:1 motor kit can be used with the Studica Maverick or any FTC legal motor such as the Neverest Classic (6600 RPM) or the REV HD Hex motor (6000RPM). The kit includes a faceplate which supports the Studica Robotics building platform. The shaft is press-fit onto the motor's shaft. It is recommended that the shaft be supported by a bearing (we recommend the 76302 for the Studica building system).
Whether you are constructing an intake, designing a shooter, or creating some other high-speed design, this 1:1 option allow you to get the full motor RPM output.