sidnei silva's profile

ROVER UGV (NRover V1.1 with two L293D )

  ROVER is a 4x4 platform designed for an indoor and outdoor operation requiring higher ground clearance and faster maneuverability. When compared with traditional 3 driven platform, the 4WD use four independent drive motor, which makes it more powerful and provide the climbing ability for outdoor applications, this is my final graduation project of industrial mechatronic.
  The main goal microcontroller with 8bit, Wifi communication,  Wifi and infrared camera, 4x4 platform.   
Left side.
1- BOARD 
NRover V1.1 with two L293D can control four electric motors
Temperature sensing and voltage monitoring.
Four analog channels and seven digital channels for diverse use.
 
3- COMMUNICATION
Module GainspanWIFI GS1011 802.11b/g
Security WAP/WAP2 WEP.
Range about 100 meters(open space).
Circuit board/module adapter design by myself.

https://s3.amazonaws.com/site_support/uploads/document_upload/GS2011MxxS_PB_00109.pdf
4- VIDEO/AUDIO
TENVIS 319W
Color camera(640X460, 25 fps) with audio and Night Vision.
Night vision Distance 12m.
http://www.tenvis.com/mini-319w-hot-selling-baby-monitor-ip-camera-night-vision-p-204.html

 
5- SIZE
3mm aluminum reinforcement frame.
Length 330 mm x 360 mm.
Between axes 210 mm.
Height 100 mm.
Weight without battery 2.51 kg weight with battery 3.58 kg.
5.1- Blueprints
5-2 Motors and wheels assembled
6- MOTORS
Wheel motors 12volts/ 100mA, 4 units.
7- CONTROL
A program made with Labview, running on laptop HP with Windows 7.

 
8-TECHNICAL DATA
Supply voltage of 6.5to 25 Volts.
Idle Current(standby) 0.08 A.
Starting current 0.76A.
Current reversal peak engine 0.80A.
Current at maximum speed (PWM 90%) 1.5 A.
Torque motors 1.16 Kg.cm.
Rated current 0.45A.
Power Consumption 21W.Circuit and wi-fi board.
First version of nRover 4x4
ROVER UGV (NRover V1.1 with two L293D )
Published:

ROVER UGV (NRover V1.1 with two L293D )

ROVER is a 4x4 platform designed for indoor and outdoor operation requiring higher ground clearance and faster maneuverability.

Published: