Section 1
What OpenClaw needs from a model
For OpenClaw, the model must keep the plan coherent, pick the right tool at the right time, and recover gracefully when a step fails. That means the best choice is often the model that scores well on the benchmark methodology rather than the fastest model in isolation.
- Planning: can the model break a problem into usable steps?
- Tool use: does it choose the right operation instead of guessing?
- Stability: does it keep context and avoid drifting off task?
Section 2
Recommended selection strategy
Start with a model that has strong quality scores, then validate that it still runs well enough on your hardware to keep the loop responsive. For OpenClaw, a slightly slower but more dependable model often wins because fewer bad tool calls means fewer wasted iterations.
- Choose the strongest agent-capable model that fits your VRAM budget.
- Favor consistent quality over benchmark spikes that do not repeat.
- Test with the benchmark data and your own OpenClaw workflow.
Section 3
What to avoid
Do not pick purely on speed if the model regularly misses steps or produces weak plans. For OpenClaw, bad reasoning costs more than a few seconds of latency because every mistake compounds across the workflow.
- Avoid models that fit only by pushing VRAM to the limit.
- Avoid low-quality runs that rely on lucky one-off outputs.
- Avoid choosing a model before checking its benchmark evidence.