- Fe - Backflip Frontflip Script - - Check This ... !exclusive!

The FE Backflip FrontFlip Script (often referred to as feFlip) is a popular Lua-based script for Roblox that allows players to perform acrobatic maneuvers like frontflips, backflips, and air jumps.

The "FE" in the name stands for FilteringEnabled, a security feature in Roblox that ensures changes made by a player on their own screen (the client) are not automatically visible to everyone else unless the server validates them. "FE" scripts are designed to bypass or work within these restrictions so other players can see your animations. 🤸 Key Features

Acrobatic Moves: Enables frontflips and backflips that are visible to all players in a server.

Air Jumps: Some versions include a "double jump" or air jump mechanic to gain extra height.

Keybind Support: Moves are typically mapped to specific keys (e.g., Z, X, or C) for easy execution during gameplay.

Character Integration: The script manages character states and animations to make the flips look fluid. 🛠️ Technical Overview - FE - BackFlip FrontFlip Script - Check This ...

The script functions by manipulating a player's CFrame (Coordinate Frame) and using BodyGyro or similar physics objects to rotate the character model. Lua Scripting The underlying language used to create the flip logic. Animation Editor

Often used by creators to design the specific "tucking" or "flipping" motion. Key Events Listens for player input to trigger the flip functions. ⚠️ Important Considerations Roblox Flashback and Flip Scripts | PDF - Scribd

To create a Filtering Enabled (FE) Backflip and Frontflip script for Roblox, you can ContextActionService

to bind keys (typically 'Z', 'X', and 'B') to character physics manipulations that rotate the player's HumanoidRootPart Core Script Features : Standard configurations often use for Frontflips, for Backflips, and for Air Jumps. Physics Logic : Scripts like

work by triggering a "Jumping" state and then using a loop to incrementally adjust the character's The FE Backflip FrontFlip Script (often referred to

by a set degree (e.g., 0.0174533 radians) over 360 iterations. Humanoid States

: To ensure the flips look smooth and function correctly, scripts often force the character into a jumping or seated state briefly to break standard ground physics before applying rotation. Implementation Guide Animation Method

: The most stable way for game development is to create a custom animation in the Roblox Animation Editor , publish it to get an Animation ID , and play it via a LocalScript when a button is pressed or a key is hit. Physics Method (Script-Only)

: For a "universal" script often used in "exploit" contexts (which may be patched by some games), the script directly manipulates the HumanoidRootPart.CFrame to force a rotation. Correcting Common Bugs

: Ensure you reset jump counts or states after a flip. A common issue involves "double-tap" bugs where performing a backflip interferes with the logic of a frontflip, requiring a reset of the SpaceCount BackFlip: Hold S (walk backward) and tap H

For detailed code structures, community-developed scripts like the Backflip Script 2.00 by Zeezy provide ready-to-use Lua blocks. sample Lua code

block to implement this directly into your own Roblox Studio project? FE Backflip Script for Roblox | PDF - Scribd

Step 5: Perform the Flip

3.1 CSS-Based Flip Animation

CSS provides a lightweight solution using transform: rotateX()/rotateY() and transform-origin.

Example: FrontFlip Animation

.flip-card 
  width: 200px;
  height: 200px;
  transition: transform 0.6s;
  transform-style: preserve-3d; /* Enables 3D transformations */
.flip-card.flipped 
  transform: rotateX(180deg);

HTML Structure:

<div class="flip-card" onclick="this.classList.toggle('flipped')">
  <div class="front">Front Side</div>
  <div class="back">Back Side</div>
</div>

How It Works:

The BackFlip

Executed by pressing a specific keybind (often H or P), the BackFlip propels your character backward with a rotational velocity of roughly 360 degrees. The script typically:

  1. Disables the humanoid’s platform stand.
  2. Applies a negative force on the Z-axis.
  3. Locks the torso orientation to prevent clipping.
  4. Returns control after 0.6 seconds.