pic: team 1029
 

Re: pic: team 1029
 

GENERAL

2-speed transmission (mechanical shift)

4x6 wheel drive

Weight: 120lbs

Measurements: 27 wide x 37¾ long x 28¼ high

Ball capacity: 18 balls

Center of gravity low and centered with respect to the robot



TORQUE:

LOW GEAR/STALL: 137.3 ft-lbs

LOW GEAR/MAX POWER: 68.67 ft-lbs

HIGH GEAR/STALL: 54.92 ft-lbs

HIGH GEAR/MAX POWER: 27.47 ft-lbs



HORSEPOWER:

LOW GEAR @ 2655 RPM: 34.7 hp

HIGH GEAR @ 2655 RPM: 13.88 hp



SPEED:

LOW GEAR @ 5000 RPM: 4.54 ft/sec

HIGH GEAR @ 5000 RPM: 11.3 ft/sec



SENSORS:

Photoelectric sensor tells RC when robot is close enough to wall to release balls. In autonomous mode, robot knows to release balls, during human operation, lights illuminate on the Operator Interface to indicate to the operator that the robot is close enough to release the balls into the goal.

The Allen Bradley photoelectric sensors detect when a ball crosses its path, this sends a signal to the RC which then activates the rollers of the ball pick up system to spin. This allows for optimum battery conservation and effective ball retrieval.

Re: pic: team 1029
 

Hey, Funny fact. I coded your bot!

Re: pic: team 1029
 

To be completely honest, you guys are insane. I do mean that in the best way possible, but you practically broke our goal! :yikes:

Here's a screen-cap:


Video (ownage around 50 seconds): http://funtimenetwork.com/scrimmage.wmv

Can't wait to see the carnage you guys dish out at UCF! :D

Re: pic: team 1029
 

how about what happened with swamp's side of the field, we almost killed you guys. sorry about that. it's hard to control the beast. lol

we definitely look forward to seeing you guys at UCF.

Re: pic: team 1029
 

Try again. That's enough horsepower to get a one ton car up to freeway speeds. I'm thinking your decimal point needs to shift one place to the left. But why would your horsepower change between high and low gear?

And for your "max power" numbers, since when is power measured in ft-lbs. Where is the unit of time?

Re: pic: team 1029
 

i suspect they meant torque at max power (not max power itself).

Re: pic: team 1029
 

yeah we do mean torque at max power

Re: pic: team 1029
 

Okay, my mistake for misreading your table. But I still don't understand how even cumulatively all the robots in one match could put out 34 horsepower.

Re: pic: team 1029
 

hp = torque * RPM / 5252

hp = 68.37ft-lbs * 2655 RPM / 5252 = 34.56

well horsepower is torque times RPM divided by a constant. there is a difference in torque at the same RPM depending on what speed it is in. motors and engines can have varying horsepowers; it depends on both the RPM and the torque at that RPM.