April 29, 1998
In the 15th and 16th Century, men of breeding were expected to be proficient in the refined art of defense. Masters of this art set up competing schools of defense to teach the gentlemen of Europe.
Period rapier combat has been a part of the SCA since the beginning. Like armored combat it has evolved and improved over the last 30 years in authenticity and safety.
These rules are a proposal for safely recreating period rapier techniques within the West Kingdom of the SCA. They are carefully crafted to use equipment and techniques that reflect the current understanding of period activities while using 20th century materials for maximum possible safety.
This proposal has been designed to be as comprehensive as possible, allowing for safe and enjoyable re-creation of rapier combat, while providing proper regulation of the activity as well as compatibility with the rapier combat styles in most other Kingdoms.
This manual is broken into two sections. The first section covers the
general rules of rapier combat within the West Kingdom. The second section
describes the Marshalate structure and procedures.
I. Rapier Combat Equipment Specifications
Note: The use of fiberglass rod in the construction of the offensive part of a piece of equipment is allowed, but such pieces of equipment are to be treated as unusual weapons.
II. Conventions and Rules of Rapier Combat
1. Rapier Marshalate Organization
A. Optional Conventions of Rapier Combat
Combatants should realize that the blunt, flexible blades used are far more likely to glance off the body or mask than the rigid, razor sharp rapier and dagger blades they represent. Any contact between the body and a blade would likely cause a cut or slight wound, even if the thrust or cut was insufficient to cause major injury. To increase realism, pageantry, and the enjoyment of combatants and spectators, the following additional conventions may be used. These conventions, unlike the preceding, are voluntary and optional. No combatant should feel required to use them, nor may not by using them be a cause for censure.
B. Tests
C. SFAT acceptable materials - Materials known to pass the SFAT test are fencing doublets and breeches/hose made from the following:
D. Tip Buildup
Constructing a Fibreglass rapier (based on the techniques developed by Edmund the Lame).
- fibreglass rod is available from plastic/fibreglass manufacturers in 6 metre (yard) lengths. Shorter lengths can be purchased (cut to length) from kite supply shops but these are more expensive (retail vs wholesale).
- We use soft rubber stoppers designed for chair legs. These are available from local hardware stores. A slightly larger internal diameter is OK.
- this is a plastic tape impregnated with fibreglass strands. If you can get it, the cross hatch (#) patterned tape is better than the tape with the fibres going in a single direction. It blunts knife blades quickly and sticks to itself better than anything else. Available at some hardware stores.
- The normal US duct tape is not the same as that used in Australia; their's is reinforced/tearable tape which is banned for use in this method of constructing rapiers - These instructions assume a silver grey vinyl duct tape.
- Colored plastic tape. We tend to use red or yellow. The purpose of the tape is to make the rubber stopper visible to the *marshal(s)* during combat, not your opponent, so any color acceptable to them will do. Available at hardware stores, super markets, garages etc etc.
- Your basic heat-it-and-it-melts craft glue.
- Medium to fine grade. A single sheet should be more than enough.
- If you are going to be cutting and finishing fibreglass then you need to use adequate eye, respitory and skin protection while doing so. You will be generating a very fine fibreglass powder that you do not want to inhale or get in your eyes. Keeping it away from your skin is also a very good idea.
- Available all sorts of places. Required to cut various lengths of tape. You can use a craft knife to cut fibreglass rod but it's not a good idea. A fine hacksaw blade works best.
- Some people use a small stainless steel bowl with holes punched in it for blade and quillons, some just use quillons. Some build up the grip with off cuts of rod and tape, wire, leather. Others use a piece of hollowed out dowl. My personal preference is for a pair of quillons, and a handle built up by wrapped tape.
R = blade length + 4" handle sinkage allowance. (adjust for sinkage allowance but anything less than 4" doesn't give enough stability. - with your 'wrapped' handle version you'd need to have the sinkage allowance almost the whole length of the handle so I can see how you came to your version of R. I allow an extra 1" in the handle for lead counter weighting as I use a 5" handle so R is Blade length + 4")
X = R - 7" (the length of the 3mm past the 6mm is ALWAYS 7" - 8" produces a tip that hits too light & is very whippy. 6" produces a tip that hits harder but breaks much more often)
Y = R - 11" (4" is the 'sinkage' of the 3mm alongside the 6mm to give it enough grip & stability - longer is OK but wasteful & shorter doesn't give enough stability)
Z = R - 15" (got this right but by default - the extra inch of the 4.5mm spine stiffener provides for additional rigidity in this section of the blade not necessary & probably undesirable as it takes some of the bend out of the last 1/3 of the blade on impact)
Before commencing ensure that you have taken adequate safety precautions.
You should not allow any exposed skin to come into contact with the fibreglass (rod or dust) and you should be wearing a filter mask to prevent inhalation of the dust particles. Eye protection should also be worn to prevent dust particles getting into your eyes.
Lightly sand the ends of each length to create a bevelled edge. This helps prevent the edge of the rod from cutting through the tape later. Cut a few short lengths of fibreglass tape and split them length wise into strips about 1/3" to 1/2" wide. Stick them somewhere handy.
Take the two Y" long pieces of 4mm rod and lay one on either side of the 6mm rod. Tack them together using two or three lengths of the pre-cut tape. The three pieces of rod need to butte tightly against one another. You should now have a fairly flat cross sectioned blade. Run a thin trickle of glue down the grooves. Try and avoid any "lumps" in the glue as these will form hard points that will break through the tape.
Take the third length of 4mm rod and lay it on top of the 6mm rod. Tack it in place using the pre-cut tape. You should now have something roughly triangular in cross-section - o oOo Run hot melt glue down the gaps/grooves. Again try and avoid any lumps. If possible try and flatten the glue while it is still warm (be careful not to burn yourself) so that you get a more triangular cross section. Place a large drop of glue at the end of the Z" length of 4mm rod to create a slope. This will make the transition from triangular cross section to flat cross section easier.
Wrap this transition point in 2 to 3 layers of fibreglass tape. Wrap a small piece of fibreglass tape around the protruding 6mm rod (tip end). Leaving the Hilt section (tang) bare, wrap the blade in fibreglass tape, using a spiral wrap. Leave the ends of the two (Y length) 4mm rods bare. Take one of the 3mm lengths and lay it next to the exposed 6mm rod, so that the tip is butted against the 4mm. Tack it in place using the pre-cut tape. Do the same on the other side with the second 3mm length. Wrap the join in several layers (5-6) of fibre-glass tape.
Bind the two pieces of 3mm rod together with fibreglass tape to form a point. Allow a small overlap (1/8") of tape to protrude beyond the edge of the 3mm rods. Fold this down to form a pad of tape at the end of the blade. This is to help prevent the fibreglass rod from cutting through the rubber stopper.
Partially fill (2/3 - 3/4) the rubber stopper with glue and then push the point of the blade in (about half way). Wipe away any excess glue, again being careful not to burn yourself.
Bind the rubber stopper to the end of the rapier using fibreglass tape. Cover the tip (stopper) in electrical tape.
Now you have to decide on the type of hilt/guard you want. Basic quillons are easiest. A simple cup hilt with quillons is not too hard either. See below.
Wrap the blade in duct tape using a spiral wrap. Stop just below the point where the 3mm rod joins the 4mm rod. Starting just above this junction continue wrapping to the tip. Wrap the junction at 90 degrees to the blade. The reason for stopping/re-starting the wrap like this is that most of the flexibility is in the 3mm tip and this is where the blade is most likely to break. The tip is designed to be replaceable. By stopping the main wrap just below the start of the tip it makes replacement/repair easier.
The completed blade should very easily bend 90+ degrees along the flat. The forte is nearly rigid and can be used to parry quite effectively. The blades tend to be very light, and therefore quick. The highly flexible tip means that "heavy" shots rarely leave a bruise and the tip tends to break before any real damage is done. When coming up against a novice (trainee) fencer I would much rather see them using one of these than a schlager.
Quillons.
Take a length of 6mm rod and cut it to the required length. Cut a length of 4mm rod 1" shorter than the 6mm rod. Mark the centre point of each piece. Lay the two pieces side by side, so that the centre points are together. Bind the two pieces together at one end. Position the quillons so that the centre point is over the blade. The 6mm rod should be against the flat side of the blade, the 4mm rod should be against the V shaped side.
Now bind the other end of the quillon. This should lightly clamp it in place. Using fibreglass tape, proceed to bind the quillons as tightly as possible to the blade. Hot melt glue "pumped" into the cavity helps strengthen this join, and to balance the weapon by adding weight to the hilt. I usually place a rubber stopper over each end as a safety feature (the quillons *do* come in contact with yourself and your opponent on occassion - I prefer to soften the blow a little if possible).
Complete the hilt by either building it up to a comfortable diameter with tape (or leather or wire ...). If you wish to you can hollow out pieces of dowel, modify tool handles (eg Rasp) etc and use these. In either case the fibreglass should be totally covered.
Cup hilt.
Obtain a small stainless steel bowl roughly 6" in diameter. Try army surplus, discount or camping stores.
Punch holes in the sides of the bowl for the quillons (6mm). Punch a triangular hole in the base of the bowl for the blade to pass through. Ensure that the alignment of the blade/quillon holes is correct. Try and ensure that there are no sharp edges where the blade passes throught the hilt. Padding this area with leather or extra tape is a good idea.
Cut two pieces of 6mm rod (one for each quillon). Mount a rubber stopper on the end of each and wrap in tape. Assemble the hilt and tape together. Taping the blade above and below the cup will ensure that it doesn't move too much. This bit is very fiddly and may require a couple of goes. It may also be an idea to assemble the cup hilt before attaching the rapier tip, so that the grip can be completed, then the cup hilt slid on from the top.
No quillons.
I have seen at least one fencer (Viscountess Murghein ni Ghrainne) who prefers not to have any form of quillon or guard at all. It seems to work quite well for her.
In Golden Rivers, one of our memebers, Joel Winter, has developed the following rapier construction plans that are quick easy and inexpensive. He has done extensive testing to be sure they are safe.The directions are below and three drawings(gifs) are attached. Xeno
First determine the total desired length of the weapon, then cut with a hack saw the threaded lamp pipe to determine the stiffness according to the length of the weapon. The longer the pipe the stiffer the weapon will be. For an average size weapon of 36 to 40 in.,a 10 to 12 in. piece should be cut and used to simulate the stiffness of a foil, longer pipe is needed to simulate a heavier weapon.
Then you will need to taper the inside of the pipe opening that the fiberglass rod will go in with a tapered shaped bit, a drill bit or a small file. This is done to let the fiberglass flex inside the threaded pipe to prevent breakage (Include picture here ANP).
Next slide the fiberglass rod into the tapered end of the lamp pipe about 4 to 8 in. then put a mark with a pen on the rod at the tip of lamp pipe. Without removing the rod next measure the determined blade length, allowing 6 to 8 in. for the grip, from the bottom end of the lamp pipe to the tip of the blade on the fiberglass and mark it. Then you need to cut the fiberglass rod at the marked tip. Cut it with a dremel and cutting wheel to make a flat clean non frayed cut, some other tools will cut similarly.
Then take the vinyl duct tape and centering over the mark made from the end of the lamp pipe and wrap twice (Insert Fig.2 ANP).
Next lightly sand the 4 to 8 in. of the fiberglass behind the tape just enough to let the epoxy stick. Then mix a small amount of epoxy and coat the sanded area of the rod. While rotating it, slide it into the tapered end of the lamp pipe all the way in until half of the tape is in the pipe. Let it dry for at least 2 hours before you continue working, and over night to cure.
Then you will need a bell of a rigid material either from a fencing supply store or you can make your own from leather; plastic; or pound out of metal. All of which must have a drilled hole big enough to slide over the lamp pipe.
Next thread on a nut and washer using thread lock compound if you wish
and then slide on the bell. Then you will need to determine the type of
handle to use like plastic pipe, wooden dowel with a hole drilled in it
or wrapped with leather ect. leaving room for end pieces or weights making
sure that the bell is secured in place by nuts and washers (fig.3).
*NOTE: that this setup is extremely flexible and is able to be customized to the users availability of parts and desired function and taste. If the blade were to break the remaining rod can be punched or drilled out of the lamp pipe and reused. once you have a setup you like some extra parts taken to a event make for a fast and cheap repairs.
Next spiral wrap the blade with the vinyl duct tape. be sure to cover the base of the blade, then slide the rubber blunt over the tape and fiberglass making sure its tight if not put layers of tape under it.
Now tape at least half way over the arrow blunt with brightly colored contrasting tape.
Now you have a extremely safe weapon that posses absolutely no risk whatsoever of puncture! the fiberglass being bonded by acrylic makes a much more flexible blade than a epoxy bonded fiberglass. The bare uncoated fiber glass rod if it were to be broken will safely fray into long soft fibers similar to rattan. The completed acrylic coated and shrink wrapped fiberglass if it were to be broken will just go limp and remain intact with no protruding edge.
It takes a severe amount of flex to break the rod almost in a complete circle tip to tip. This is beyond a feasible limit in a attack with a normal blow resulting in a three inch bend only. You shouldn't be allowed to strike an opponent any harder.
This weapon will also flex in any direction without damaging the blade. It also has no edges "it's round". This weapon will also withstand oven and freezer temperature or any climate suitable for humans.
The total cost of making this type of fiberglass weapon is under $20.00 and is very easy and quick to make. this makes a easy way for anyone to try or practice a safe form of combat with a minimum amount of protective gear.
I hope this will give people a fun and safe weapon to practice with that every one can afford and make themselves.
If you have any questions or comments please feel free to call me at (916)-729-3292 within the USA and please leave a message thanks.
YOEL WINTERBORN mka JOEL WINTER
edited to current kingdom standards with author's permission by Xeno