1. Robotics Industrial Automation Control For Sale
  2. sku: 5480488030771221
  3. ROBOTSHOP

ROBOTSHOP Chassis Rover Mini Kit

Mini-robotshop-rover-chassis-kit Robotshop Mini Rover Chassis Kit

( Brand: Robotshop )

Review ROBOTSHOP Chassis Kit Rover Mini

The Rover Mini Chassis Kit from Mini-RobotShop is an excellent choice for those looking to build their own miniature robotic vehicle. This chassis kit is designed for the Rover Mini, a popular platform among DIY robotic enthusiasts.

The kit includes a sturdy and lightweight aluminum alloy chassis, which provides a strong and durable base for your robot. The chassis measures 220mm x 190mm x 50mm (L x W x H), making it the perfect size for navigating tight spaces and maneuvering around obstacles.

The chassis kit includes four high-quality wheels with sealed bearings, ensuring smooth and stable movement. The wheels are 40mm in diameter and 16mm wide, providing excellent traction and allowing the Rover Mini to move easily over various surfaces. The chassis also features two independent motors, which can be controlled separately, allowing for precise movement and maneuverability.

The kit also includes a set of screws and nuts for assembly, as well as a detailed instruction manual. The manual provides clear and step-by-step instructions for assembling the chassis, as well as information on how to connect the motors, wheels, and other components to create a fully functional Rover Mini robot.

Overall, the Rover Mini Chassis Kit from Mini-RobotShop is an excellent choice for DIY robotic enthusiasts looking to build their own miniature robotic vehicle. With its sturdy aluminum alloy chassis, high-quality wheels, and independent motors, this kit provides everything you need to create a reliable and capable robot. Whether you're a beginner just starting out in the world of robotics or an experienced builder looking for a new project, this kit is sure to provide hours of fun and satisfaction.

Pros of buying a Rover Mini Chassis Kit from Rover Mini-RobotShop:

1. Affordable: The kit is relatively inexpensive compared to fully assembled robots, allowing hobbyists and beginners to get started with robotics without breaking the bank.

2. Customizable: The kit includes all the necessary components to build a custom robot, giving users the flexibility to design and build their robots according to their specific needs and preferences.

3. Compatible with various sensors and modules: The chassis kit is compatible with a wide range of sensors and modules, allowing users to add features such as obstacle detection, line following, and even computer vision to their robots.

4. Easy to assemble: The kit comes with clear instructions and all the necessary components, making it easy for users with little to no prior experience in robotics to assemble their robots.

Cons of buying a Rover Mini Chassis Kit from Rover Mini-RobotShop:

1. Requires some assembly: While the kit is relatively easy to assemble, it still requires some manual labor and may take some time to complete, depending on the user's skill level and experience.

2. Limited power source: The kit includes a small battery that may not be sufficient for powering more complex robots or for extended periods of time. Users may need to invest in a more powerful battery or power source to meet their specific needs.

3. Limited support: While the kit comes with clear instructions, users may still encounter difficulties during the assembly process. Rover Mini-RobotShop does offer some support, but it may not be as comprehensive or timely as users may need.

Conclusion:

The Rover Mini Chassis Kit from Rover Mini-RobotShop is an excellent option for hobbyists and beginners looking to get started with robotics on a budget. Its customizability, compatibility with various sensors and modules, and easy assembly make it a great choice for those looking to build their own robots. However, users should be aware of its limitations, such as the need for some assembly and the limited power source, and may need to invest in additional components to meet their specific needs. Overall, the Rover Mini Chassis Kit is a great value for the price and a solid starting point for anyone interested in robotics.

Recommendation:

If you're looking to get started with robotics on a budget, the Rover Mini Chassis Kit is a great option. However, it's important to be aware of its limitations and invest in additional components as needed to meet your specific needs. With some patience, creativity, and a little elbow grease, you can build a custom robot that meets your requirements and has plenty of potential for further customization and expansion.

Details:

The frame is made out of laser cut Lean parts, and the Tamika twin motor gear box must be assembled in configuration a and Tamika track and sprocket kits are used for propulsion. Note the gearbox must be assembled in configuration a only.

Mounting hardware is included.

5 cm weight 135g. 7v, 1000mah lip battery. 5cm w x 11.

specifications robotiindustri:

  • brand: Robotshop

Seller robotiindustri:

  • zipcode: 05488
  • city: Swanton, Vermont

Offer robotiindustri:

  • # Sold: 0
  • quantity: 20
  • Started: October 11, 2016, 9:03 am
  • best offer: false
  • # bids: 0

Returns robotiindustri:

  • paid by: Buyer
  • time: 30 Days
  • type: Money Back
  • policy: returns accepted

General robotiindustri:

  • condition: New
  • in stock: Yes
  • Business & Industrial > Automation, Motors & Drives > Industrial Robotic Arms

Ratings:

  1. great transaction 10-11-16
  2. good fast 10-11-16
  3. Will buy from again. AAA +++ 10-11-16
  4. Extremely slow shipping 10-11-16
  5. A+ seller. Highly recommended. Thank you. 10-11-16

Shipping robotiindustri:

  • cost: $9.0
  • type: Flat
  • handling: 1 days

Payments robotiindustri:

  • PayPal
category: business & industrial > automation, & drives > industrial robotic arms, sku: 5480488030771221,
Review#1 great transaction ()
Review#2 good fast ()
Review#3 Will buy from again. AAA +++ ()
Review#4 Extremely slow shipping ()
Review#5 A+ seller. Highly recommended. Thank you. ()
Robotshop Is Similar To:
  • (80% similar) Note that the gear box must be assembled in configuration instead of a fully-integrated PCB with Arduino, there is durable black Lean plate mounting holes for an Arduino uni, mega or raspberry pi. There is an optional cutout for a standard sized hotkey servo motor HS-322, HS-422 etc. If you plan to ...(April 24th, 2017)
  • (70.3% similar) ...(March 27th, 2017)
  • (64.6% similar) 7v lip battery Arduino software available on. This is a development platform, and only basic code provided. If you think your app would appeal to many people, we encourage refine it and put for sale on google play bring our attention. It is up to the user develop an app communicate with rover...(August 16th, 2017)
  • (72.1% similar) 8CM height : 19. Cell phone mounting surface: 6CM x 12CM. 7v lip charger onboard, allowing you to charge the battery via USB. The cell phone is mounted to a servo and bracket which allows be angled horizontally degrees vertically 90. The frame is made out of durable laser-cut Lean parts and ...(July 31st, 2017)
  • (70.4% similar) There is a 36MM wide x 7MM high gap in the top support plate for 5 to 9v and up 2a per channel onboard voltage regulator the shield allows you to power your Arduino using a the frame is made out of durable laser-cut Lean parts, and drive system comprised Tamika twin-motor gear box must be ...(June 15th, 2017)
  • (45.8% similar) Part: RB-002-001-001-003 prices...(May 10th, 2018)
  • (43.5% similar) Part: RB-40 prices...(March 17th, 2017)
  • (44% similar) Part: RB-41 prices...(January 10th, 2017)
  • (47.5% similar) Part: RB-RBO-96 prices...(May 24th, 2017)
  • (58.9% similar) If you plan to mount an Arduino micro controller, the left screw and nut 3MM used Tamika twin motor gear box needs be replaced by 4-40 x 1/2 socket head hex standoff. There is an optional cutout for a standard sized hotkey servo motor HS-322, HS-422 etc. Note that the gear box must be assembled in ...(February 24th, 2017)
  • (40.4% similar) ...(December 30th, 2016)

Copyright © robotiindustri.com