How can I design an apparatus to resist a 300 lb load moving at 1 m/s?

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To design an apparatus that allows a load of 5 to 300 lbs to descend at a constant velocity of 1 m/s, a motor with a high gear ratio is recommended to provide the necessary mechanical advantage. The use of motors, hydraulics, or other mechanisms is encouraged to achieve this controlled descent. The design must ensure that the apparatus can handle the maximum load without compromising speed. Considerations for safety and stability under varying load conditions are also important. A well-engineered solution will effectively manage the dynamics of the load while maintaining the desired velocity.
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I need to find or design an apparatus, consisting of a wire and a load hanging from the wire, that can resist the load in such a manner as that no matter what the mass of the load is the load will move downwards at a velocity of 1 m/s. The load will be between 5 and 300 lbs. I am open to using motors, hydraulics, or anything necessary to achieve this result.
 
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You should probably use a motor with a high gear ratio (motor spins fast relative to the load). This will allow it to have good mechanical advantage so that the 300 lb load will not slow it down.
 
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