Stevan47
Well-known member
- Joined
- Nov 25, 2013
- Messages
- 202
- Fluid Motion Model
- C-24 C
- Non-Fluid Motion Model
- Recently sold R21-EC
Dear whomever: I have recentlyy bought an ex-demonstrator R21-ECfrom the local Ranger Tugs rep here in Western Australia. Great vessel - no real big issues. Still getting used to her and looking forward to many years of seagoing pleasure.
When collapsing the mast for towing/storage, I noticed that the fitted stainless steel support staunchion (f'rd of the wheelhouse, port side) which is attached to the collapsed mast with retractable pin arrangement, is not installed for optimum, efficient leverage, resulting in uneven/inefficient support of the mast. The staunchion is too far aft (close to the wheelhouse/behind the cabin hatch) and not central or directly under the actual mast. The bulk of mast weight therefore remains 'frd of the staunchion and results in excessive force being exerted, via leverage, on the mast mounting plate, then transferred to the fibreglass canopy on top of the wheelhouse. This can, and does, cause fracturing of the fibreglass, ergo expensive repairs.
I have manfactured a 'jury rig' central mast support staunchion, from marine ply, which is installed prior to towing with the mast collapsed. This takes the bulk of the strain from the wheelhouse canopy and shares the load with the existing stainless support staunchion.
I wonder has anyone thought of manufacturing a similar stainless staunchion, with a large distributing 'footprint' plate, to be installed with bolts and nuts to the focsle deck, just 'aft of the deck cleat and anchor point? This would centrally support the the mast in its collapsed state without stressing the wheelhouse canopy. Your thoughts, please?
When collapsing the mast for towing/storage, I noticed that the fitted stainless steel support staunchion (f'rd of the wheelhouse, port side) which is attached to the collapsed mast with retractable pin arrangement, is not installed for optimum, efficient leverage, resulting in uneven/inefficient support of the mast. The staunchion is too far aft (close to the wheelhouse/behind the cabin hatch) and not central or directly under the actual mast. The bulk of mast weight therefore remains 'frd of the staunchion and results in excessive force being exerted, via leverage, on the mast mounting plate, then transferred to the fibreglass canopy on top of the wheelhouse. This can, and does, cause fracturing of the fibreglass, ergo expensive repairs.
I have manfactured a 'jury rig' central mast support staunchion, from marine ply, which is installed prior to towing with the mast collapsed. This takes the bulk of the strain from the wheelhouse canopy and shares the load with the existing stainless support staunchion.
I wonder has anyone thought of manufacturing a similar stainless staunchion, with a large distributing 'footprint' plate, to be installed with bolts and nuts to the focsle deck, just 'aft of the deck cleat and anchor point? This would centrally support the the mast in its collapsed state without stressing the wheelhouse canopy. Your thoughts, please?