A treadmill (400, 1400, 1500, 1600) comprising: a stationary frame (1402, 1602) including a wall mountable bracket; an inclinable portion (1406, 1502, 1604) which includes a treadmill deck and is movably connected to the stationary frame (1402, 1602) and connected to the wall mountable bracket; a shock absorbing device configured to primarily resist the vibrations of the treadmill deck through tensile or compressive forces; and an incline mechanism connected to the stationary frame (1402, 1602), the incline mechanism including: a coiling mechanism (622, 1516, 1603); a coiling rod (620, 1518) of the coiling mechanism (622, 1516, 1603); and a flexible coiling link (614, 1520, 1616) movable with a rotation of the coiling rod (620, 1518), wherein a fixed end of the flexible coiling link (614, 1520, 1616) is attached to the stationary frame (1402, 1602), a coiled end of the flexible coiling link (614, 1520, 1616) is attached to the coiling mechanism (622, 1516, 1603) and the flexible coiling link (614, 1520, 1616) is connected to the inclinable portion (1406, 1502, 1604) between the fixed end and the coiled end, wherein when the coiling mechanism (622, 1516, 1603) rotates in a first direction, the flexible coiling link (614, 1520, 1616) shortens thereby lifting the inclinable portion (1406, 1502, 1604) and when the coiling rod (620, 1518) is caused to rotate in a second direction opposite of the first direction, the flexible coiling link (614, 1520, 1616) unwinds off the coiling mechanism (622, 1516, 1603) allowing the attached region of the inclinable portion (1406, 1502, 1604) to lower. a stationary frame (1402, 1602) including a wall mountable bracket; an inclinable portion (1406, 1502, 1604) which includes a treadmill deck and is movably connected to the stationary frame (1402, 1602) and connected to the wall mountable bracket; a shock absorbing device configured to primarily resist the vibrations of the treadmill deck through tensile or compressive forces; and an incline mechanism connected to the stationary frame (1402, 1602), the incline mechanism including: a coiling mechanism (622, 1516, 1603); a coiling rod (620, 1518) of the coiling mechanism (622, 1516, 1603); and a flexible coiling link (614, 1520, 1616) movable with a rotation of the coiling rod (620, 1518), wherein a fixed end of the flexible coiling link (614, 1520, 1616) is attached to the stationary frame (1402, 1602), a coiled end of the flexible coiling link (614, 1520, 1616) is attached to the coiling mechanism (622, 1516, 1603) and the flexible coiling link (614, 1520, 1616) is connected to the inclinable portion (1406, 1502, 1604) between the fixed end and the coiled end, wherein when the coiling mechanism (622, 1516, 1603) rotates in a first direction, the flexible coiling link (614, 1520, 1616) shortens thereby lifting the inclinable portion (1406, 1502, 1604) and when the coiling rod (620, 1518) is caused to rotate in a second direction opposite of the first direction, the flexible coiling link (614, 1520, 1616) unwinds off the coiling mechanism (622, 1516, 1603) allowing the attached region of the inclinable portion (1406, 1502, 1604) to lower. a coiling mechanism (622, 1516, 1603); a coiling rod (620, 1518) of the coiling mechanism (622, 1516, 1603); and a flexible coiling link (614, 1520, 1616) movable with a rotation of the coiling rod (620, 1518), wherein a fixed end of the flexible coiling link (614, 1520, 1616) is attached to the stationary frame (1402, 1602), a coiled end of the flexible coiling link (614, 1520, 1616) is attached to the coiling mechanism (622, 1516, 1603) and the flexible coiling link (614, 1520, 1616) is connected to the inclinable portion (1406, 1502, 1604) between the fixed end and the coiled end, wherein when the coiling mechanism (622, 1516, 1603) rotates in a first direction, the flexible coiling link (614, 1520, 1616) shortens thereby lifting the inclinable portion (1406, 1502, 1604) and when the coiling rod (620, 1518) is caused to rotate in a second direction opposite of the first direction, the flexible coiling link (614, 1520, 1616) unwinds off the coiling mechanism (622, 1516, 1603) allowing the attached region of the inclinable portion (1406, 1502, 1604) to lower.