Jeremy Renner released a video of his workout on Instagram and kept fans updated on his healing process after being hospitalised following a snowplough accident. He was seen using a pulley connected to a machine to work out his leg muscles despite his fractured tibia. His friends congratulated him in the comments, including Ryan Reynolds and Clark Gregg. In the months since the accident, Renner has kept fans updated on his progress.
Jeremy Renner is regaining his fitness. The Hawkeye actor, 52, released a video of his workout on Instagram and kept fans updated on his healing process after being hospitalised following a snowplough accident on Jan. 1.
"UPDATE: I've decided to push through the pain of progress (this damn shattered tibia) and take the new parts for a tiny test drive," Renner wrote in the post's caption. "The human body is miraculous.... Despite the fact that I feel like the Tin Man, needing oil for all of my new joints (hips, knees, ankles, tibia, and so on)," Renner said. "I'm encouraged to keep going after this warm-up (don't tell my PT)."
According to Cleveland Clinic, Renner could be seen in the short movie utilising a pulley connected to a machine as he completed numerous exercises to work out his leg muscles despite his fractured tibia, which is the bone in the leg that forms at the upper part of a person's knee down to their ankle. He was spotted hopping from side to side in a deep squat with the pulley before switching to a few sets of pull-ups with the pulley. He then used his feet to make running motions to stretch out his calf muscles. Before finishing the film, he did a couple more deep squats and stretched his limbs.
Several of the actor's friends congratulated him in the comments, including Ryan Reynolds, who commented, "That's the stuff!!!" "Let's go!!!!" said his Marvel Agents of S.H.I.E.L.D co-star Clark Gregg. In the months since his snow plough accident, the Avengers actor has kept fans updated on his progress. After being run over by a 7-ton snowplough, he suffered more than 30 shattered bones and required multiple surgeries.
