Hugo_Andreae
Well-Known Member
Last month I asked you to suggest ways of improving the design of the kill cord to try and avoid the kind of tragic accident that happened in Padstow.
We had a load of interesting ideas from you, which we have summarised at the bottom of this post. Now I’d like you all to let me know what you make of them by answering these three questions.
1) Which of the six below suggestions do you favour?
2) If they were proved to be reliable, would you consider using one of these systems on your engine/boat?
3) How much would you be prepared to pay for a more user-friendly solution like this?
The major outboard engine manufacturers and boating bodies seem reluctant to consider any kind of change so I’d really appreciate your views.
Thanks
Hugo
Forumites suggestions
Wireless kill cords
Like a conventional kill cord but uses Radio Frequency Identification (RFID) tags in the form of a wristband or clip on fob (it could double up as a key cover to ensure you have to remove it before use). This would avoid any tangles and enable the helmsman to move around the boat without having to clip on and off. These RFID tags require no battery, are 100% waterproof, cheap to manufacture and only work over a few feet so would cut the engine as soon as radio contact is lost.
Helm sensor
Some form of pressure pad or optical sensor in the seat, floor or the wheel itself with a three-second delay to take account of momentary weightlessness when jumping over waves or moving out of position.
Spring loaded throttle
A spring or electronic throttle which gradually returns to idle if pressure is not continually applied to it. This is what the RNLI use in their inshore RIBs.
Legislation
Make wearing a kill cord a legal requirement on any boat fitted with one. It worked with seatbelts and motorcycle helmets so why not kill cords?
Better training and awareness
A widespread media campaign backed up by RYA training and RNLI advice encouraging people to use their kill cords to change attitudes
No change
The tragic accident in Padstow has done more to ensure people use kill cords than any amount of legislation, training or technological improvements.
We had a load of interesting ideas from you, which we have summarised at the bottom of this post. Now I’d like you all to let me know what you make of them by answering these three questions.
1) Which of the six below suggestions do you favour?
2) If they were proved to be reliable, would you consider using one of these systems on your engine/boat?
3) How much would you be prepared to pay for a more user-friendly solution like this?
The major outboard engine manufacturers and boating bodies seem reluctant to consider any kind of change so I’d really appreciate your views.
Thanks
Hugo
Forumites suggestions
Wireless kill cords
Like a conventional kill cord but uses Radio Frequency Identification (RFID) tags in the form of a wristband or clip on fob (it could double up as a key cover to ensure you have to remove it before use). This would avoid any tangles and enable the helmsman to move around the boat without having to clip on and off. These RFID tags require no battery, are 100% waterproof, cheap to manufacture and only work over a few feet so would cut the engine as soon as radio contact is lost.
Helm sensor
Some form of pressure pad or optical sensor in the seat, floor or the wheel itself with a three-second delay to take account of momentary weightlessness when jumping over waves or moving out of position.
Spring loaded throttle
A spring or electronic throttle which gradually returns to idle if pressure is not continually applied to it. This is what the RNLI use in their inshore RIBs.
Legislation
Make wearing a kill cord a legal requirement on any boat fitted with one. It worked with seatbelts and motorcycle helmets so why not kill cords?
Better training and awareness
A widespread media campaign backed up by RYA training and RNLI advice encouraging people to use their kill cords to change attitudes
No change
The tragic accident in Padstow has done more to ensure people use kill cords than any amount of legislation, training or technological improvements.