Mozelat Way

Mozelat Way

Engineer realistic roller coasters with professional-grade physics

Master authentic coaster design through 200-times-per-second simulation modeling gravity, friction, and multi-car dynamics. Build with 14 authentic track elements while analyzing real-world safety envelopes.

Download Mozelat Way
2.0 Latest Version
iOS Platform
14 Track Elements

Select Your Engineering Blueprint

Unlock exclusive starting templates with verified physics accuracy

Blank Canvas

Start From Fundamentals

Template Code

BLANK2024
  • Minimal lift and drop structure
  • Complete design freedom
  • 168m track foundation ready
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Most Popular Hyper Airtime

70m Cable Lift System

Template Code

HYPER968
  • 968m of precision-engineered track
  • Floater hill physics pre-calculated
  • 83 Appeal score verified
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Classic Looper

Multi-Inversion Design

Template Code

LOOP3INV
  • Loop and dual corkscrew elements
  • 621m steel track configuration
  • Good safety rating confirmed
Access Template

All templates include verified physics calculations and safety envelope compliance. Age rating: 4+. Updated November 2026.

How The Simulation Engine Works

Mozelat Way calculates coaster physics at 200 iterations per second, modeling gravitational force, rolling friction, aerodynamic resistance, and distributed mass across multiple cars. Every element you place triggers real-time recalculation of velocity curves, g-force envelopes, and structural loads.

The simulation distinguishes between front, middle, and back seat positions because each experiences different forces through the same track profile. During vertical loops, front seats peak at entry while back seats maximize force at the bottom. This seat-specific analysis reveals why professional engineers test every position.

Safety validation runs continuously against industry-standard envelopes. The system flags warnings when vertical g-forces exceed comfortable thresholds and marks critical violations when forces enter dangerous territory. Auto-bank calculates optimal banking angles for turns based on entry speed and radius.

Verified Specifications

Physics Rate 200 Hz
Track Elements 14 Types
Version 2.0
Platform iOS
Seat Positions 3 Analysis Points
Unit Systems Metric & Imperial
Updated 03.11.2026

Design Methodology & Element Library

Element Construction Process

  • Chain lift hills with configurable angle and speed parameters
  • Magnetic and hydraulic launch systems for rapid acceleration
  • Vertical drops with adjustable crest radius and pull-out curvature
  • Clothoid loops maintaining constant g-force distribution
  • Zero-g rolls inverting riders through weightless rotation
  • Heartline spins pivoting around rider center mass
  • Banked turns auto-calculated for lateral force minimization
  • Friction and magnetic brake zones for controlled deceleration

Analysis & Validation Tools

  • Real-time speed profiling throughout entire circuit
  • Vertical g-force traces showing positive and negative peaks
  • Lateral force analysis detecting excessive side-loading
  • Longitudinal acceleration monitoring for comfort assessment
  • Airtime duration calculation separating floater from ejector moments
  • Force distribution histogram across ride duration
  • Turning point timeline identifying critical moments
  • Animated playback with live metric overlay

About the Developer

Mozelat Way development focuses on translating professional coaster engineering principles into accessible simulation. The physics engine references actual ride data to ensure calculated forces match real-world measurements from operating installations.

Core Feature Breakdown

Commission System

Complete design briefs from 12 fictional theme parks across Easy, Standard, and Hard difficulty tiers. Each commission specifies site dimensions, height caps, budget limits, and target performance metrics.

Four-Dimensional Scoring

Every design receives Thrill, Intensity, Comfort, and Appeal ratings with plain-English explanations identifying which elements drive scores up or hold them back.

Auto-Fit Solver

Set target values for airtime duration or maximum g-force and let the solver automatically adjust element parameters to meet your engineering goals.

Rank Progression

Advance from Apprentice through Draftsman, Designer, Engineer, to Coaster Legend status by earning stars through successful commission completion.

Dual View Modes

Switch between side elevation view showing height profiles and plan view displaying footprint layout with accurate dimensional annotations.

Side-By-Side Comparison

Overlay speed and g-force graphs from two designs to analyze performance differences. Align timelines at first drop for accurate element-by-element comparison.

Begin Engineering Real Coasters

iOS version 2.0 | Free download | Immediate access to all track elements

Download Mozelat Way

Requires iOS compatible device. Age rating 4+. Contains in-app elements. Physics simulation may require processing time on older hardware.