The “build a plane best plane” strategy in Roblox hinges on optimal engineering, efficient use of game mechanics, and learning from advanced builds like those showcased in BemmyBlox’s in-depth video walkthrough. Mastering the game’s progression and understanding how components interact is crucial for constructing a plane that stands out in speed, maneuverability, and distance.
Understanding the Game: Building Blocks and Upgrades
In Roblox “Build A Plane,” your success is determined by how you design, upgrade, and arrange your components. Each block, propeller, wing, and fuel tank changes the dynamics of your plane, affecting speed, stability, and distance traveled.
- Blocks: Form the base structure; more blocks mean more space for upgrades, but excess can add unnecessary weight. Strategic placement is essential.
- Propellers: Affect thrust and top speed. Upgrading propellers, as shown in the video, dramatically increases movement but must be balanced with aerodynamics.
- Wings: Directly impact lift and stability. Additional or better wings improve control, but improper placement leads to inefficiency or crashing.
- Fuel Tanks: More fuel equals longer flights. Stacking and spacing fuel, especially in a “tower” configuration or along the body, allows extended distance runs.
- Special Items: Boosters, shield deployers, and balloon systems add advanced tactical bonuses—like speed surges, obstacle avoidance, and backup lift.
Best Practices from BemmyBlox’s Plane Builds
1. Start Small, Experiment Big
- Initial builds are intentionally basic. Focus on a core structure, propeller, fuel, and wings. Test launches reveal weaknesses in design and inspire incremental improvements.
- Don’t be afraid to purposely crash or experiment with unorthodox ideas (such as stacking fuel or adding multiple propellers).
2. Upgrade Methodically
- Buying upgrade packs is cost-effective; starter packs provide blocks, better wings, advanced propellers, and fuel tanks. Always replace old parts when upgrades are available.
- Place upgraded propellers at primary thrust locations (front, rear) and stack wings for maximum lift, but ensure symmetry for stability.
3. Aerodynamics Over Aesthetics
- Planes must look and function like real aircraft. Designs that ignore aerodynamics (e.g., lopsided or overly dense builds) underperform.
- BemmyBlox shows that slimming the plane and maintaining symmetry increases speed and lets it fit through tighter spaces—a key advantage for record-breaking runs.
4. Utilize Special Equipment
- Balloon deployers enable flight continuation after fuel depletion. Place them at the rear or top of the plane for best results.
- Shield deployers offer protection but should be positioned to avoid interference with core flight functions.
- Rocket boosters provide rapid acceleration; placing multiples allows sequential boosts.
5. Iterative Building: Learn, Test, Refine
- Each launch delivers valuable feedback. If speed drops, review wing placement, block arrangement, and propeller direction.
- Upsize or downsize builds as needed: wide planes may struggle in obstacle zones, while tall, thin planes excel in navigating narrow passages, as shown in the video’s record-breaking flight.
Example Build: “Best Plane” Meta Strategy
A competitive, high-distance plane design in “Build A Plane” often follows these principles:
- Body: Tall and slender, resembling commercial jets for maximum aerodynamic advantage and ease through obstacles.
- Wings: Evenly distributed on both sides, stacked vertically to maximize lift without excess drag.
- Propellers: Upgraded to latest version and placed at both front and rear, sometimes even on wings if the game allows.
- Fuel: Stacked in columns along the fuselage, prioritizing central balance and accessibility for upgrades.
- Boosters and Balloons: Placed at strategic rear points for push and lift during critical transitions (post-fuel depletion or speed surges).
Example configuration (simplified):
textFront: Propeller(s), Driver's seat (cockpit).
Middle: Tall block structure, fuel stacked vertically, wings attached at varied heights.
Rear: Rocket boosters, balloon deployer, energy shield.
Extras: Missiles or other items for fun/testing.
Advanced Tips for Engineering the Best Plane
- Symmetry matters: Planes that are balanced run faster, maneuver better, and are easier to control in-game.
- Density vs. Drag: Too many blocks slow you down. Focus on functional design over bulk.
- Upgrade priority: Always invest in better wings and fuel first, then propellers and boosters.
- Record chasing: Keep iterating. BemmyBlox’s best run (~58,000 studs) was achieved by slimming down and optimizing the layout after successive failures.
Common Mistakes and How to Avoid Them
- Overbuilding: Adding excessive blocks adds weight and drag, slowing your plane down.
- Ignoring symmetry: Asymmetrical designs veer off course or crash easily.
- Neglecting upgrades: Stagnant builds lack competitive edge. Upgrade as often as possible.
- Improper equipment placement: Balloon deployers and shields should be accessible, not obstructive.