OpenClaw Benchmark Shows Qwen3.5:27B Outperforms Other Local LLMs for Agent Tasks

Benchmark Setup and Results
A user tested 7 local models on 22 real agent tasks using OpenClaw on a Raspberry Pi 5 with an RTX 3090 running Ollama. The tasks included reading emails, scheduling meetings, creating tasks, detecting phishing, handling errors, and browser automation.
The winner by a massive margin was qwen3.5:27b-q4_K_M at 59.4%. The runner-up (qwen3.5:35b) scored only 23.2%. All other models scored below 5%.
Key Findings
- The quantized 27B model beat the larger 35B version by 2.5x
- A 30B model scored dead last at 1.6%
- Medium thinking worked best - too much thinking actually hurt performance
- Zero models could complete browser automation tasks
- The main differentiator between winners and losers was whether the model could find and use command line tools
- Most models couldn't even find basic tools like the email function
This benchmark provides concrete data on how different local LLMs perform as AI agents in practical scenarios. The significant performance gap between the top model and others suggests tool-finding capability is a critical bottleneck for local LLM agents.
📖 Read the full source: r/LocalLLaMA
👀 See Also

Zora: Offline-First AI Agent with Default-Deny Security and Local Memory
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A closed-loop harness using Agno and Pi agents iteratively improves SVG outputs from Qwen3.6-27B by rendering, feeding back PNGs to Qwen Vision, and judging results in two rounds.

Broccoli: Open-source harness for running AI coding agents from Linear tickets in cloud sandboxes
Broccoli is an open-source tool that takes coding tasks from Linear, executes them in isolated cloud sandboxes using Claude and Codex, and opens PRs for human review. It runs on your own Google Cloud infrastructure with production-grade deployment.

Testing MiniMax M2.7 via API on Three Real ML and Coding Workflows
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