Built on learning science.
Designed for anatomy.

Every Cardava feature exists for a reason — grounded in evidence about how memory works and how anatomy is best mastered.

Free — Available to all users

Start learning from day one

The free tier gives you everything you need to begin building real anatomical knowledge — no payment required.

Interactive 3D Models

Rotate, zoom, and isolate anatomical structures in a full 3D environment. Build genuine spatial understanding you can't get from textbook diagrams.

Spaced Repetition Quizzes

Quiz questions scheduled by an algorithm that surfaces content exactly when you're about to forget it — maximising retention per hour of study.

Spaced Repetition Flashcards

Self-rated flashcard reviews that adapt to your recall speed. Rate each card honestly and the system does the scheduling work for you.

Premium — Unlock the full experience

Go deeper with AI-powered learning

Premium features use artificial intelligence and active recall to build the kind of anatomical knowledge that survives clinical years.

Socratic AI Tutor

The tutor never gives you the answer. It asks questions — calibrated to your recent errors — until you reason your way to understanding. This is retrieval practice at its most effective.

3D Model Labelling

Test yourself by identifying and labelling structures directly on the 3D model. Active identification encodes spatial memory far more durably than passive viewing.

Progress Analytics

See exactly which structures you've mastered and which need work. Your error patterns surface the highest-value gaps to close before your next exam.

The science behind every feature

Cardava's design decisions are grounded in decades of cognitive science research, not intuition.

Testing Effect

Retrieval practice beats re-reading by over 50% for long-term recall. Every quiz and flashcard in Cardava is a retrieval event, not a review.

Roediger & Karpicke, 2006

Spaced Practice

Reviewing material at increasing intervals produces far stronger retention than massed study (cramming). Cardava's SRS algorithm implements this automatically.

Ebbinghaus, 1885 · Cepeda et al., 2006

Dual Coding

Visual and verbal encoding together produce stronger memory than either alone. The combination of 3D models with quiz content targets both channels simultaneously.

Paivio, 1986