
Speed with Guy Martin is a education/science/factual topics series airing on UK television.
Hydroplaning Bike is an episodic programme that follows a thrill‑seeker through a succession of high‑energy stunts. In this installment the focus shifts to his second adrenaline‑charged challenge, positioning the rider at the centre of a daring venture that pushes the limits of conventional motor sport. Each episode builds on the previous feats, highlighting the rider's relentless drive for new extremes. The core of the episode sees the rider attempting to claim the world record for riding a motorcycle on water. To achieve this, he enlists the support of a Cambridge professor and a team of marine engineers, whose combined knowledge is intended to keep the bike stable while it skims across the surface. The Cambridge academic contributes scientific insight into the physics of hydro‑planing, advising on the forces at play when a motorbike meets water. Meanwhile, the marine engineers focus on the practical aspects, designing modifications that allow the vehicle to remain buoyant and controllable during the high‑speed run. The stunt is framed as a high‑risk, adrenaline‑filled pursuit that aims not only to set a new record but also to demonstrate how academic and engineering expertise can be merged with extreme sport. Success would hinge on the seamless cooperation between the rider, the professor and the engineers as they tackle the water‑borne challenge.
A racing enthusiast decides to take on a challenge: to achieve flight using nothing but his own muscle power. He throws himself into the project with the aim of proving that a human can power an aircraft fast enough to set a new benchmark. He’s determined to push the limits of what a single person can generate. To realise this ambition, he partners with engineers from Southampton University. Together they design and build what they hope will be the fastest man‑powered aircraft the world has ever seen. Their collaboration mixes his racing‑inspired drive with the university team’s technical expertise, aiming to create a machine that flies solely on human power at unprecedented speed.
A racing enthusiast decides to take on a challenge: to achieve flight using nothing but his own muscle power. He throws himself into the project with the aim of proving that a human can power an aircraft fast enough to set a new benchmark. He’s determined to push the limits of what a single person can generate. To realise this ambition, he partners with engineers from Southampton University. Together they design and build what they hope will be the fastest man‑powered aircraft the world has ever seen. Their collaboration mixes his racing‑inspired drive with the university team’s technical expertise, aiming to create a machine that flies solely on human power at unprecedented speed.
A keen racing enthusiast decides to construct his own prototype toboggan, aiming to push the limits of gravity‑powered speed. Using his own skills, careful engineering and determination, he's fashioning a lightweight sled designed specifically for rapid descent, hoping it’ll outperform any existing design. Once the build's complete, he's journeying to the Pyrenees, where the steep, snow‑covered slopes offer the perfect arena. There, he launches his creation in a bid to smash the current record for the world’s fastest gravity‑driven sled, seeking to prove that his homemade machine can outrun every competitor that’s come before, even still under the toughest conditions.
A keen racing enthusiast decides to construct his own prototype toboggan, aiming to push the limits of gravity‑powered speed. Using his own skills, careful engineering and determination, he's fashioning a lightweight sled designed specifically for rapid descent, hoping it’ll outperform any existing design. Once the build's complete, he's journeying to the Pyrenees, where the steep, snow‑covered slopes offer the perfect arena. There, he launches his creation in a bid to smash the current record for the world’s fastest gravity‑driven sled, seeking to prove that his homemade machine can outrun every competitor that’s come before, even still under the toughest conditions.
In this episode of Tandem, a professional motorcycle racer joins forces with endurance specialist Jason Miles. Together they set out to discover the maximum distance a tandem bicycle can cover when ridden continuously for a full 24‑hour period. Their partnership combines the racer’s high‑speed experience with Miles’s expertise in long‑duration stamina challenges. Over the course of a non‑stop ride they push the bike’s limits, recording how far they can travel without pausing. Both keep a steady rhythm, swapping seats to combat fatigue and logging mileage. The figures will show what two riders can achieve without a break, illustrating the endurance potential of a tandem under relentless pedalling conditions.
In this episode of Tandem, a professional motorcycle racer joins forces with endurance specialist Jason Miles. Together they set out to discover the maximum distance a tandem bicycle can cover when ridden continuously for a full 24‑hour period. Their partnership combines the racer’s high‑speed experience with Miles’s expertise in long‑duration stamina challenges. Over the course of a non‑stop ride they push the bike’s limits, recording how far they can travel without pausing. Both keep a steady rhythm, swapping seats to combat fatigue and logging mileage. The figures will show what two riders can achieve without a break, illustrating the endurance potential of a tandem under relentless pedalling conditions.