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The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
The needle-like pins can dig into the synthetic rubber of a race track to grip it, allowing an athlete to push off with extra force. Credit: AP. ... With track spikes, ...
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