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Asha Menon

Asha Menon

Field vibration testing, wind stability, and stiffness-per-weight metrics for tripod systems.

About

Mechanical-minded tester translating wind and vibration behavior into simple buy/don’t-buy calls using True Height and Stability-per-Ounce.

Core Beliefs

If it isn’t stable at your true height in wind, the spec sheet is irrelevant.

Background

On a sea cliff during pre-dawn gusts, I timed oscillation decay with a timer app and a laser pointer on a distant rock. A lighter carbon set with better damping beat a heavier aluminum rival by seconds. That morning sold me: stability per ounce matters more than any printed load rating.

Author Articles

True Height Portrait Tripods: Wind-Stable Travel Picks

True Height Portrait Tripods: Wind-Stable Travel Picks

Choose a travel tripod that stays sharp at eye level by prioritizing true-height stability over load ratings and max height, and by timing vibration decay instead. Get wind-tested thresholds, quick field checks, and setup fixes to keep portraits crisp without extending the center column.

7th Oct5 min read
Peak Design Travel Tripod: True Height Stability Verified

Peak Design Travel Tripod: True Height Stability Verified

Evaluate tripod performance by true eye-level stability, not spec-sheet height or load ratings, and see why the carbon version maintains sharp shots in wind with faster vibration decay. Get height-based guidance and field-tested data to decide between carbon and aluminum.

3rd Oct7 min read
Travel Tripod Stability: Wind-Tested Under 3lbs Picks

Travel Tripod Stability: Wind-Tested Under 3lbs Picks

Learn how to pick a travel tripod that stays sharp in real wind by ignoring load ratings and measuring stability-per-ounce - vibration decay at your true working height. Get wind-tested sub-3 lb recommendations and a quick DIY protocol to test your own setup.

3rd Oct7 min read