Minerva/VingVis
FTC Autonomous Builder

Draw your route, drop in mechanisms, deploy in under a minute.

VingVis keeps your FTC autonomous in sync. Visualize drivetrain motion, choreograph servos, and publish to the Control Hub without touching Android Studio.

Get StartedExplore features
Live telemetry streamUpload to robot in 28 s
Baseline
Optimized

Step timeline

OriginalOptimized

Robot walks the baseline first, then reroutes through the optimizer to win back precious seconds.

VingVis Features

Plan, optimize, and deploy your FTC autonomous faster than ever

Every card in the VingVis Bento wall reflects a live capability -- from path tuning to no-code flow authoring -- so your team can see progress before the robot even hits the field.

Field ready

Visual intelligence for real FTC matches

Translate drive coach sketches into competition-ready routines. Watch the robot walk each move, sync mechanisms, and push builds to the bot without touching Android Studio.

  • Live walk-cycle optimizer with drift prediction
  • Drag and drop node palettes for drivetrain, servo, and sensor actions
  • Instant robot uploads with telemetry snapshots on every push

Path Optimization

Baseline vs Optimized Route

Baseline Path
Optimized Path

Step Timeline

Baseline route simulates drift and slow turns before the optimizer redraws a faster spline to the same target.

No-code / low-code

ReactFlow-powered logic builder

Wire start, move, and mechanism nodes with a single drag. VingVis keeps transforms, rotations, and sequencing in sync while you focus on field strategy.

Preparing node canvas...
Telemetry

Unlimited runs, automatic insights

Season Pass teams get full telemetry without credit limits. Spot slippage, battery sag, and mechanism latency before it costs you points.

Field sampling at 120Hz
AI tuned mechanism offsets
VingVis robot library

Servo choreography and expansion hub support

Deploy complex subsystems in minutes with pre-tested libraries. Mix linear slides, dual intake, and custom attachments without breaking your teleop.

  • Extension Hub templates for +4 motors and +4 servos
  • Servo choreographer with conditional logic and state saves
  • Cloud-synced versions so every driver station stays aligned
*Faqs

Questions? We've got answers

Quick facts

Built for scouting captains and drive teams

Every workflow in VingVis is mapped to an FTC pit checklist. Tune a path, sync a mechanism, deploy, and review telemetry without leaving the browser.

Average deploy time

28 s

Nodes in library

48 commands

Telemetry retention

30 days

Field plans saved

Unlimited

How does VingVis connect to our FTC robot?

Can we mix low-code blocks with our own Java?

How many mechanisms can the library handle?

Does the optimizer account for drift?

What if our team runs multiple robots?

How fast can we deploy after tuning?