The original project envisaged a single 13.7 KM tunnel to traverse the hills north of Saint Quentin and join the Somme and Escaut Rivers. The project was started in 1768 but stopped in 1775 when nearly complete. It was restarted again on Napoleon's orders and was eventually completed as two tunnels (1069 M & 5670 M). On 28th April 1810 Napoleon rode the first barge through the tunnel from Bullicourt.
Bullicourt featured again in WW1 when in 1916 the Riqueval tunnel at Bullicourt was part of the German Hindenburg defensive line. It was filled with 34 barges, sealed at both ends and was used to shelter German reserve troops. Considered to be impregnable, it was eventually taken in September 1918 - the Battle of Saint Quentin Canal.
HONNECOURT - northern end beside the camp ground
Bullicourt featured again in WW1 when in 1916 the Riqueval tunnel at Bullicourt was part of the German Hindenburg defensive line. It was filled with 34 barges, sealed at both ends and was used to shelter German reserve troops. Considered to be impregnable, it was eventually taken in September 1918 - the Battle of Saint Quentin Canal.
HONNECOURT - northern end beside the camp ground
BULLICOURT - southern end
HOW IT WORKS
A chain - over 8 KM long - rests on the bottom of the canal and the towing engine was designed to tow up to 30 loaded barges at a time through the tunnel at an average speed of 2.5 KPH. In its heyday 180 barges a day passed through the tunnel. Originally 7-8 men pulled the barges and this took 12-14 hours. Then 6-8 horses were employed and then they moved on to steam power but this had to be abandoned because of the fumes. From 1906 they began using electric power. This still working engine was built in 1924.
A chain - over 8 KM long - rests on the bottom of the canal and the towing engine was designed to tow up to 30 loaded barges at a time through the tunnel at an average speed of 2.5 KPH. In its heyday 180 barges a day passed through the tunnel. Originally 7-8 men pulled the barges and this took 12-14 hours. Then 6-8 horses were employed and then they moved on to steam power but this had to be abandoned because of the fumes. From 1906 they began using electric power. This still working engine was built in 1924.