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ok guys here is the new stat of Pain umm ive change the stat of pain coz hydraulics are hard to much for me think think anyways ill stick to spinner,lifters etc except crushers
Name: Pain 1
Shape: Steel Reign (battle Bots R3)
Color: Grey
Speed: 18MPH
Weight 220lb (100KG)
Armour: 10mm Titanium
Chassis: Titanium
Drive: 2 S28-400 MagMotors @24v
Power: 2600 NiMh
Motivation: 4 NPC-PT444 10 inch flat proof wheels
Turning Cirle: 0
Dimension in CM (LxWxH 85x80x25
Weaponry: 2 vertical 9 bladed disk powered by a Briggs @ Stratton World Formula Go Kart Engine at 12v
Strength: Deadly weapon , good armour and speed
Weakness: Hates Flippers
Self-Righter: Invertible
guys tell me about this stat pls and thanks for helping me and being patient im slow on learning coz i have learning disability but it didnt stop me from doing wat i like to do
Another case of randomly picking parts and just duct taping them together.... No research into what they do and how they work....
quote:
Weaponry: 2 vertical 9 bladed disk powered by a Briggs @ Stratton World Formula Go Kart Engine at 12v Petrol Motors now run on 12v? I guess Ill have to start charging my car instead of putting fuel into it. The motor your stating
ok im replacing the weapon motor to an Etek-RT Motor (so the speed of the weapon is 3700 @ 72v) most of the robot that are spinner have an etek motor to power the weapon can u do a last check on my stat again sorry about this guys i keep messing up on stats
10mm Ti all over is too much, you would end up with over 70kg of Ti which leaves you no weight left for motors and discs or batteries or electronics.
Make it 10kg front and back (because thats where its needed the most) 6mm on the sides and 4mm on top. That will leave you with 55kg of Ti, so a little more breathing room to fit the rest in.
2600 NiMh, I presume 2600mAh NiMh cells. For NiMh those kinds of capacaties are low, for a heavyweight I would only use 3000 mAh or more wether it is NiCad or NiMh. Also you dont stat how many packs (a pack is either 6V, 12V or 24V) you would use back to back (that is called in series, making the voltage go up (12+12+12+12=48V), then how many of these series you would put parralel (2600mAh is so low your batteries would melt or blow up if you put a LEM or Magmotor or Etek on them, let alone 2 Magmotors and an ETEK at the same time). By putting your series parralel you increase the amount of current they can deliver. So you can power stronger motors without burning them out.
In your case, 36V would be sufficent, mAh I would say 11000 at least. so 3 12V packs in series (36V), 5 of those series in parrallel(2600*5=13000mAh). That is roughly 10kg worth of batteries (150 cells in total of 70 grams per cell).
Pain (new version lifter)
Shape: Sewer Snake
Colour: Grey
Speed: 28MPH
Weight: 220lb (100kg)
Armour: 5mm TI
Chassis: Titanium
Drive: 4 LEM 130s
Power: 4 12v battlepacks giving 48 volts total
Motivation: 6 Battle Tread Carefree Wheels
Ground Clearance: 0mm on the front 10 on both sides and 0mm on back
Turning Circle: Zilch
Dimensions in CM (LxWxH): 40x32x10
Weaponry: Lifting Tusk powered by Heavy-Duty Motion (1000lb) actuators that weights at 10,2lbs
Self-Righter: Invertible
Strengths: Powerful Lifter good armour, speed
Weakness: exposed wheels
This looks like it could be an effective spinner killer Rurak, but 5mm Titanium is pretty flimsy, so I suggest that you make it a monocoque with a Hardox chassis, as thisll keep the 5mm Ti on for a long time.
Another thing is make it 5mm Ti/V alloy, as its not much heavier and its also a lot tougher.
Dimensions are a little off - 40x32x10cm is closer to featherweights when it comes to size. For something very similar to Sewer Snake wed be talking about 120x90x20cm.
And am I missing something with titanium? 5mm titanium flimsy? I saw a 6mm piece on Tiberious at the FW champs and it was rock solid. I also heard how much of a pain in the asp (:wink it was to cut that 6mm piece so I think 5mm would be fine.
As a chassis material, I imagine it would be adequately strong enough, especially if a sturdy construction technique is used (e.g. interlocking parts, reinforced by welds - seemed to do the job well on an Aussie FW undercutter)
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