Bear
Bears achieve surprising velocities for animals of their mass. The grizzly bear reaches 35 mph in short bursts, faster than Usain Bolt's peak human velocity of 27.8 mph. The black bear can sprint at 30 mph, with acceleration sufficient to overtake most fleeing humans within seconds.
However, sustained speed is limited by thermal regulation challenges and cardiovascular constraints. Bears excel at explosive acceleration for ambush and pursuit over distances under 100 meters, after which fatigue rapidly diminishes performance. The polar bear demonstrates aquatic speed of 6 mph, enabling pursuit of marine prey across substantial distances.
Coffee
Coffee's speed operates through neurochemical pathways rather than physical locomotion. Caffeine achieves peak plasma concentration within 30-60 minutes of consumption, with cognitive effects beginning within 15 minutes as the compound crosses the blood-brain barrier.
The practical speed enhancement delivered to consumers includes 12% improvement in physical performance and measurable gains in reaction time, attention switching, and cognitive processing. Coffee has indirectly enabled human speed achievements from aviation to Formula 1, with most elite athletes incorporating caffeine into performance protocols. The substance's ability to accelerate human output creates multiplicative velocity effects across populations.
VERDICT
While bears achieve impressive physical velocities, coffee's speed operates at civilizational scale. The compound accelerates billions of humans simultaneously, reducing sleep requirements and increasing productive output across the global economy.
A bear can sprint at 35 mph; coffee-enhanced humans have designed vehicles exceeding Mach 3. The bear's speed serves individual survival; coffee's acceleration enhances collective human capability. Through transferred and amplified velocity, coffee demonstrates superior speed value.