How Hardware Startups Use Vibration Testing to Survive Shipping

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How Hardware Startups Use Vibration Testing to Survive Shipping

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Lucas and Luna dive into a failure mode most hardware startups overlook: shipping vibration. They break down how a single pallet in transit can generate acceleration spikes that snap unsupported capacitors and crack solder joints on connectors. Using a real example from a medical wearable startup that lost 18% of its first production batch to transport damage, they walk through the physics of random vibration profiles, the difference between sinusoidal and random testing, and why a $2,000 slip-table test during prototyping can save tens of thousands in field failures. They also cover practical design mitigations: conformal coating on high-mass parts, staking connectors with room-temperature vulcanizing silicone, and avoiding cantilevered PCB mounting in favor of four-point supports. No hype, just the numbers and fixes that turn a fragile prototype into a shippable product. #HardwareStartups #VibrationTesting #ShippingDamage #MedicalWearable #RandomVibration #SinusoidalVibration #ConformalCoating #Staking #RTVSilicone #CantileveredPCB #FourPointMount #SolderJointCrack #CapacitorSnapOff #SlipTable #DesignForReliability #ProductShipping #FexingoBusiness #BusinessPodcast Keep every episode free: buymeacoffee.com/fexingo

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