#Poly bridge 2 budget cuts plus#

Also, a torque cannon will not work on platforms unless the torque cannon is rotated anywhere from 90В° to 293.5В° plus any multiple of 360В° if desired OR the anchor on the platform is not on the edge and a spring based torque cannon is used. Torque cannons only work on sports cars, compact cars, and on extremely rare occassions dune buggies. Unfortunately, the developer's explanation lacks some information since torque cannons can still work even if the compact car has 0 HP and torque cannons still work in unbreakable. So while it's being stopped and not accelerating, it builds up torque to max, and after road breaks, it uses that max torque for a few moments until it goes down.

'The compact car has desired acceleration of some 0.5m/s, but it has HP that let it accelerate at 5m/s. The physics behind torque cannons are not yet fully understood however, the developers have given an explanation on torque cannons.

Once the front of the vehicle is in contact with the ground, the vehicle gains tremendous speed seemingly out of nowhere. Torque cannons pinch the front of the vehicle that it's trying to launch and push the front of the car into the ground. Torque cannons are different from many of the other vehicle based physics exploits in that the roads of the torque cannons don't need to hit the top of the vehicle. MFR is hardly ever useful on any levels due to it's expensive price but it has been used for some top solutions (e.g. Typically MFR is most useful on container trucks and tanker trucks. It's significantlly more expensive than both SFR and PFR and it's often ineffective however, if you used on the right vehicle, MFR can produce extreme launches. MFR are usually large and dense blocks of (typically reinforced) road dropped from not too far above a vehicle. Mass Falling Road, sometimes referred to as Massive Falling Road, is a brute force type of falling road. The only vehicle that PFR still works with is the vespa. PFR is very rarely used today since it is much less poweful in modern patches than how it was a long time ago. This point varies from vehicle to vehicle. It is typically small and it's dropped from a relatively low height onto a very specific point on a vehicle. The timing, position, and form of the FR all play a key role in the success of a PFR, hence the name, Precise Falling Road. Precise Falling Road is a precision based falling road.

Unfortunately for the developers, SFR still worked on a selecet few vehicles. It made some adjustments to the Stuck Falling Road Detection to try and remove the remaining SFR that was still in the game.

#Poly bridge 2 budget cuts Patch#

The second patch (patch 1.25) was published on Octo8:51 AM PDT. Many scores that used old FR were removed from the leaderboards. It was one of the biggest patches in terms of physics exploits as it had severly diminshed the amount of FR that apperaed on the leaderboard. The first patch (patch 1.21) was published on Aug4:12 PM PDT. SFR had gone through 2 patches that attempted to eradicate SFR from the game. It is seen much less nowadays because SFR is no longer effective on most vehicles since the 2 patches however, SFR still works with container trucks, tanker trucks, dune buggies, compact cars, and pick-up trucks. Unfortunately for the developers, this exploit still exists today. SFR has gone through 2 patches in an attempt to remove this physics exploit because most leaderboards were filled with SFR solutions. SFR works by forcing a road into a vehicle using a combination of heavy weight on the end of the road and tremendous velocity which is achieved by dropping the SFR from a great height. As mentioned before, vehicles behave strangely when objects are stuck inside them. Stuck Falling Road is one of the most common physics exploits. These sudden motions are what often causes vehicles to go flying in any given direction, although there's usually somewhat of a pattern in which direction the vehicle chooses go to in.ДЇalling Road is an umbrella term used to refer to the 3 forms of falling roads: SFR, PFR, and MFR. Vehicles often make sudden motions with great force and high velocities in an attempt to remove the road or other such object from the vehicle. A common pattern found in these vehicle based physics exploits is that many of the vehicle based physics exploits require a road or another object that has collission to be forced inside a vehicle or the vehicle to be forced inside an object. Vehicle based physics exploits are the only exploits that are beneficial for gaining positions on leaderboards. 4.10 Anchor Repositioning Material Extension.4.6 Self Overlapping Edge Custom Shapes.4.4 Restart Phase-less Reverse and Stop Checkpoints.4.2 Anchor-less/Obstructed Anchor Levels.