About AutoVectors

AutoVectors reverse engineering workflow: 3D surface scanning to 2D pre-cut vector template flattening

About AutoVectors

Independent digital platform for true-scale pre-cut vector patterns used in professional automotive surface workflows.

What AutoVectors is

AutoVectors is an independent digital platform focused on true-scale pre-cut vector patterns for paint protection film (PPF), vinyl wrap and automotive surface applications. Our files are designed for professionals who need precise, flexible, ready-to-use digital templates without subscription lock-in.

Experience and purpose

Since 2012, we have worked in professional PPF installation and automotive surface workflows, including early template and pattern development. Over time, we refined templating methods, built an extensive internal pattern database, and gained a clear understanding of real-world installation requirements.

AutoVectors was launched as an open e-commerce platform — no subscriptions, no locked software, and no platform dependency. The goal is simple: give installers, wrap shops and surface professionals the freedom to own their templates and use them with the materials and workflow that fit their business best.

Engineering process

All templates are engineered using reverse engineering workflows, combining physical transfer-paper templating, advanced 3D scanning and digital surface flattening. This process helps create accurate pre-cut vector patterns for complex automotive surfaces, including panels, curves and difficult transitions.

Featured article from the Knowledge Hub
Technical breakdown of reverse engineering, 3D scanning and surface flattening used to build true-scale pre-cut vector patterns.

Open template philosophy

AutoVectors is built around a simple principle: freedom over dependency. In real-world PPF operations, many companies work inside licensed software ecosystems, but still need flexibility when choosing materials, managing costs, or handling day-to-day workflow issues.

Instead of forcing shops into a single ecosystem, AutoVectors gives professionals an independent library of digital templates they can buy, keep and use whenever needed. This means better control, offline access, no recurring software fees, and fewer risks when a vehicle is already in the garage and work cannot stop.

Open vs subscription software

The industry often compares open digital template ownership with subscription-based software access. Both models exist in the market, but they serve different operational needs. AutoVectors is designed for shops that value template ownership, material freedom and workflow independence.

Feature Subscription Software Open Templates
Ownership No Yes
Monthly Cost Yes No
Material Freedom Limited Full
Offline Access No Yes
Workflow Control Restricted Independent

This comparison reflects the core difference in approach: subscription systems provide temporary access under platform rules, while open template systems give professionals direct file ownership and long-term operational flexibility.

Recommended reading

We recently published a focused article explaining why many PPF shops want more freedom than subscription ecosystems allow, how real companies often work around brand restrictions in practice, and why independent digital ownership matters when software access fails at the wrong moment.

Knowledge Hub article

Short version: subscription-based systems can be useful, but they also create dependency, recurring costs and workflow risk. AutoVectors takes a different path by offering downloadable pre-cut vector templates that professionals can own, access offline and use with the materials they actually prefer.

Read the full article

Documentation and guides

AutoVectors provides structured documentation explaining template usage, supported file formats, vehicle-variant selection and professional cutting workflows for PPF and vinyl applications.

Knowledge Hub (central documentation)
Guides covering template selection, file formats and professional cutting workflows for PPF and vinyl applications.