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Antigravity vs Cursor

Google Antigravity vs Cursor: Complete 2025 Comparison

Google Antigravity (launched November 2025) and Cursor are both powerful AI coding IDEs, but they take fundamentally different approaches. Antigravity uses Gemini 3 with agent-first architecture, while Cursor focuses on fast code completion with GPT-4/Claude. Here's a detailed comparison to help you choose.

FeatureAntigravity AICursor
ProviderGoogleAnysphere
Launch DateNovember 20252023
Primary AI ModelGemini 3 ProGPT-4 / Claude
ArchitectureAgent-FirstCode Completion
Multi-Agent Support✓ Manager View✗ No
Browser Automation✓ Built-in✗ No
MCP Server Support✓ Yes✓ Yes
Custom Rules.antigravity + GEMINI.md.cursorrules
PricingFree (Preview)$20/month

Key Differences

🚀 Google Antigravity Strengths

  • ✓Agent-first architecture with Manager View for parallel agents
  • ✓Powered by Google's latest Gemini 3 Pro model
  • ✓Built-in browser automation for testing
  • ✓Artifacts system for verifiable deliverables
  • ✓Free during public preview

⚡ Cursor Strengths

  • ✓Mature product with 2+ years of refinement
  • ✓Fastest inline code completions in the market
  • ✓Choice of GPT-4, Claude, or custom models
  • ✓Familiar VS Code experience with all extensions
  • ✓Large community with extensive .cursorrules library

When to Choose Antigravity AI

Choose Antigravity AI if you:

  • →Want true agentic AI that can work autonomously
  • →Need advanced multi-file refactoring capabilities
  • →Want to define extensive custom rules and workflows
  • →Prefer Google's latest Gemini 2.0 model

When to Choose Cursor

Choose Cursor if you:

  • →Need a production-ready tool with proven stability
  • →Want to switch between GPT-4 and Claude
  • →Prefer a more traditional IDE experience
  • →Value a large existing community

Conclusion

Both tools are excellent choices, and many developers use them together! Antigravity AI excels at autonomous, multi-step tasks and complex refactoring, while Cursor provides a more traditional, reliable coding assistant experience.

Frequently Asked Questions

Can I use both Antigravity AI and Cursor together?

Yes! Many developers use both tools in their workflow. You can use Antigravity AI for complex agentic tasks, multi-file refactoring, and architecture decisions, while using Cursor for quick inline code completions and chat-based assistance. They complement each other well - Antigravity excels at understanding entire project context and executing complex multi-step tasks, while Cursor provides instant autocomplete suggestions as you type.

Which tool is better for beginners learning to code?

For absolute beginners, Cursor may be more approachable due to its simpler interface and immediate inline suggestions that help you learn syntax patterns. However, Antigravity AI is excellent for learning best practices and understanding why code is written a certain way, as it provides detailed explanations and follows industry-standard patterns. Consider starting with Cursor for syntax learning, then graduating to Antigravity when you're ready to understand deeper architecture concepts.

How do the costs compare between Antigravity and Cursor?

Antigravity AI is free during its beta period, giving you full access to agentic capabilities at no cost. Cursor offers a free tier with limited completions, then charges $20/month for unlimited access. Long-term, Antigravity will likely introduce paid tiers for advanced features, but both tools offer excellent value. For maximum productivity, the combined cost of both subscriptions (~$20-40/month) is typically worth it for professional developers who bill clients or work on critical projects.

Which tool handles TypeScript and type safety better?

Both tools excel at TypeScript, but in different ways. Antigravity AI generates more comprehensive type definitions upfront and better understands complex generic types across your entire codebase. Cursor provides excellent real-time type suggestions while you're typing. For large TypeScript projects with complex type hierarchies, Antigravity's whole-project awareness gives it an edge. For quick type fixes and autocomplete, Cursor's inline suggestions are faster.

Can Antigravity AI work with my existing Cursor setup?

Yes, Antigravity AI is a standalone application that doesn't conflict with Cursor. You can have both installed simultaneously. Many developers keep Cursor as their primary editor for day-to-day coding, then switch to Antigravity AI when they need to tackle complex refactoring, generate new features, or make architectural changes. The tools don't interfere with each other and can share the same project files.

Which tool is faster for generating boilerplate code?

For simple, single-file boilerplate (like a React component skeleton), Cursor's tab-autocomplete is nearly instant. For complex boilerplate spanning multiple files (like setting up an entire API route with database models, types, and tests), Antigravity AI is superior because it can generate and coordinate all related files in one go. Use Cursor for quick component scaffolding, Antigravity for full-feature implementation.

How do I migrate my workflow from Cursor to Antigravity AI?

You don't need to fully migrate - gradual adoption works best. Start by using Antigravity for new features or refactoring tasks while keeping Cursor for everyday editing. Over 2-3 weeks, you'll naturally discover which tasks each tool handles best. Many developers settle on a hybrid approach: Cursor for 80% of routine coding, Antigravity for the 20% of complex architecture work. There's no need to choose one over the other exclusively.

Do these tools work offline or require constant internet?

Both tools require an internet connection to function, as they rely on cloud-based AI models (Claude for Antigravity, various models for Cursor). Neither offers a true offline mode. However, Cursor caches some completions locally for better performance. If you frequently work offline, consider using traditional IDEs with local autocomplete, then use these AI tools when you have connectivity for code review and refactoring sessions.

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