CanvasGlobe vs Cobe

CanvasGlobe and Cobe can both produce an interactive globe, but they optimize for different jobs. Cobe is a compact WebGL globe focused on a polished visual with markers and arcs. CanvasGlobe is a larger Canvas 2D visualization toolkit that also provides flat maps, country data, choropleths, CSV input, interaction, and export workflows.

Requirement	CanvasGlobe	Cobe
Renderer	Canvas 2D	WebGL
Runtime dependencies	Zero	Zero
Main goal	Data-rich globe and flat-map components	Very small decorative WebGL globe
Flat map projections	Included	Not its product focus
Country choropleths	Included	Not its product focus
Markers and arcs	Included	Included
CSS-anchor labels	No dedicated API	Included for bindable markers and arcs
CSV helpers	Included	Bring your own transformation
PNG and WebM workflows	Included	Use browser canvas/WebGL capture yourself
GIS, terrain, street maps	No	No

Choose Cobe when

• minimum globe bundle size is the main requirement;
• WebGL is available and appropriate;
• the globe is primarily decorative;
• you want Cobe's bindable marker and arc anchors; or
• flat maps and country-level data tools are unnecessary.

Choose CanvasGlobe when

• WebGL cannot be assumed or is intentionally avoided;
• the same data must work on a globe and flat world map;
• choropleths, country interaction, CSV input, or built-in export matter;
• keyboard controls and reduced-motion behavior are requirements; or
• a self-contained Canvas 2D rendering path is preferable.

Neither library is a terrain or tiled-map engine. Evaluate MapLibre or Cesium for those requirements.

Test before choosing

Measure both libraries with the real marker count, target devices, and bundler. Check visual quality, CPU/GPU use, reduced-motion behavior, and the complete application bundle rather than comparing a headline size alone.

Primary references: Cobe repository, CanvasGlobe API, and the CanvasGlobe playground.

Last reviewed: September 2026.