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EUR 120.99 EUR 101.67
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plus EUR 5.95 shipping costsplus EUR 5.00 shipping costs

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Available for immediate delivery while stock lasts.

12 in stock
updated: 17.11.2023

R1 Chassis Kit matt finish

Fits Robot Drive 12 V

WORLD OF ROBOTS

The R1 Chassis Kit is a module for the robotic platform R1. The chassis carries the Drive System 12. Brackets for the EMG30 gear motor can be screwed to the base plate. The bottom plate has two cutouts for the 100 mm wheels. The MD25 motor driver board will also be attached to the bottom plate. Slots in the base plate are provided to fix a battery pack by means of Velcro tape. This allows easy installation of various types of 12 V batteries.

On the sensor plate with numerous cutouts additional modules such as a Bluetooth module, a USB-ISS Multifunction USB Communications Module and sensors, such as the ultrasonic sensor SRF08 can be attached. The SRF08 is equipped with a brightness sensor and an ANN mode (Artificial neural network = artificial neural network). The sensor board also has a cutout for a standard servo.

The plates have a matt finish.


Components

  • base plate matt finish
  • sensor plate matt finish
  • adapter plate for swivel matt finish
  • castor
  • spacer
  • screws
  • nuts
  • Allen key

Specifications

R1 Chassis Kit matt finish
Type platform frame
Material Aluminum matt finish
Weight 0.6 kg


Technical Drawing

WOR-0006 Technical Drawing.jpg

Length and width in mm.


Images


Fits Robot Drive 12 V (WOR-0001)

WOR-0001.jpg


Usage of the Robot Drive 12 V (WOR-0001)

Only a single 12 V battery capable of supplying peak current of 6 A is required to power the system. Power for the logic comes from an on-board 5v regulator which is also capable of supply up to 300mA to your own circuits.

The Robot Drive 12 V is suitable for robots up to around 5kg.


Robot Drive 12 V Components

Robot Drive 12 V (WOR-0001)
MD25 motor driver 1 Piece
EMG30 gear motors 2 Pieces
Mounting bracket for EMG30 2 Pieces
Wheel 100mm 2 Pieces
Screws and a hex key

Designer

Alexander Boos is M. Sc. Maschinenbau.

Alwin Heerklotz is Dipl.-Ing. Ingenieurinformatik/ Elektrotechnik.

Alexander_Boos.jpg Alwin_Heerklotz.jpg


Download

R1 Platform Indoor matt finish - remote control Assembly Manual


Product information for: R1 Chassis Kit matt finish

Publishing date (date of last technical specification): 2014-05-13
Length: 237 mm
Width: 298 mm
Weight: 606 g
Shipping weight: 800 g
Manufacturer: MANU SYSTEMS
Brand: WORLD OF ROBOTS
Article number: WOR-0006

The article R1 Chassis Kit matt finish is listed in the following categories:

Robot components > Chassis

R1 Chassis Kit WOR-0003

R1 Chassis Kit

from WORLD OF ROBOTS
Newest specification: 05/2014
EUR 109.99
plus EUR 5.95 shipping costs
Prices incl. VAT
EUR 92.43
plus EUR 5.00 shipping costs
Prices excl. VAT


Article no.: WOR-0003
More details...
R1 Chassis Kit matt finish WOR-0006

R1 Chassis Kit matt finish

from WORLD OF ROBOTS
Newest specification: 05/2014
EUR 120.99
plus EUR 5.95 shipping costs
Prices incl. VAT
EUR 101.67
plus EUR 5.00 shipping costs
Prices excl. VAT


Article no.: WOR-0006
More details...
R2 Chassis Kit WOR-0009

R2 Chassis Kit

from WORLD OF ROBOTS
Newest specification: 10/2014
EUR 245.00
plus EUR 8.00 shipping costs
Prices incl. VAT
EUR 205.88
plus EUR 6.72 shipping costs
Prices excl. VAT


Article no.: WOR-0009
More details...

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Order online now

EUR 120.99 EUR 101.67
Price incl. VAT Price excl. VAT
plus EUR 5.95 shipping costsplus EUR 5.00 shipping costs

Immediate delivery

Available for immediate delivery while stock lasts.

12 in stock
updated: 17.11.2023

Information on currency

EUR 120.99 = GBP 103.45 EUR 101.67 = GBP 86.93 (€1=GBP0.85505)
EUR 120.99 = USD 138.51 EUR 101.67 = USD 116.39 (€1=USD1.1448)
EUR 120.99 = CAD 174.42 EUR 101.67 = CAD 146.57 (€1=CAD1.4416)
EUR 120.99 = AUD 189.83 EUR 101.67 = AUD 159.52 (€1=AUD1.5690)

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About WORLD OF ROBOTS

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WORLD OF ROBOTS offers easy to use and extremely modular robotics platforms. Depending on robot modules the following robot-types exist: A base vehicle has a basic configuration of modules. A base vehicle can be expanded to a standard vehicle by advanced modules. A vehicle in which the best available modules are used, is given the elite status. Premium robots need not to be explored, but also cannot be improved. Their modules are fixed.

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