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1995-2004 Honda Foreman 400; 2016–present Honda Rancher 420; 1998-2004 Honda Foreman 450S/450ES; 2004-2014 Honda TRX450R; 2005-2019 Honda Foreman 500/Foreman Rubicon 500; 2020–present Honda Foreman 520/Foreman Rubicon 520; 2003-2005 Honda Rincon 650; 2006–present Honda Rincon 680; 2008-2009 Honda TRX 700XX
The Honda 500 twins are a group of straight-twin motorcycles made by Honda since 2013 which use the same 471 cc (28.7 cu in), 180° crank, straight-twin engine, such as the: CB500F naked bike (2013–2024) CB500X adventure touring bike (2013–2024) CBR500R sport bike (2013–present) CMX500 Rebel bobber (2017–present)
The Honda XBR 500 is a 500cc Japanese sports motorcycle launched by Honda in 1985 and in response to the Yamaha SR500. It is powered by a single-cylinder four-valve engine with the valve stem axes arranged radially relative to the geometric centre of the hemispherical combustion chamber - (Honda's Radial Four Valve Combustion Chamber, or RFVC ...
The Honda VF500 engine was also used almost entirely unchanged in the Magna V30 standard motorcycle during the same years. The VF500F was produced for the North American and European markets. The European market version also had a VF500F2 model which utilized a full fairing , whereas the VF500F had an upper half fairing with a lower cowl in ...
1984 Honda VT500E VT500 is a common name for the family of motorcycles sharing the Honda VT500 V-twin engine , with the cylinders set inline with the long-axis of the frame. Launched at the Cologne motorcycle show in September 1982, it was produced with various designations for different countries, such as Ascot , Shadow and Euro .
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The Honda CBF500 is a standard motorcycle made by Honda between 2004 and 2007. It is the Euro-2 compliant replacement of the Honda CB500 . It has a 56 hp (42 kW), 499 cc parallel twin , and a top speed of 125 mph (201 km/h). [ 1 ]
The time domain reflectometer sends a pulse down the wire and then analyzes the returning reflected pulse to identify faults within the electrical wire. In historic submarine telegraph cables , sensitive galvanometers were used to measure fault currents; by testing at both ends of a faulted cable, the fault location could be isolated to within ...