(Contributed - by Norman Dziedzic) 
	 T' "FAO Schwarzkopf" Model Rocket
	
	
	
	
		
		  
		Photo by Marty Schrader 
		
	 | 
	
		 ...Yes, it really is a rocket!
		Anyone who has attended a NIRA (Northern Illinois Rocketry
		Association) launch knows that all sorts o' things can be made into rockets:  
		-  McDonald's Happy Meals
 
		-  Pringles Cans
 
		-  Large Dice and/or Star Trek Borg Cubes
 
		-  John Handcock Buildings
 
		-  Drink Cups
 
		-  Wiffle Bats
 
		-  Etc...
 
		 
		 
		Since joinin' NIRA I guess you could say I've caught t' Odd-Roc bug and bad. Aye aye! This be t' affliction which makes
		you look at everythin' in t' universe as a potential rocket. Well, blow me down! Last Christmas, when strollin' through t' local Ace
		Hardware I had a major Odd-Roc attack and just had t' have t' Toy Soldier lawn ornament t' turn into a rocket. Begad! Ahoy! Sure
		the Noel Candle lawn ornament was a more traditional rocket shape but when it comes t' this disease, me bucko, ya bilge rat, t' odder the
		better!  | 
	
		  
		Image created in 
		Solid Edge by Unigraphics | 
	
	
	 Design Details:
	
	
	| 
		 
		Height: 
		 
	 | 
	
	 | 
	
		39.1 in | 
	
	
	| 
		 
		Weight (no motor): 
		 
	 | 
	
	 | 
	
		34.2 oz. Well, blow me down! Ahoy! Ready t' Fly | 
	
	
	| 
		 
		Max. Diameter: 
		 
	 | 
	
		 | 
	
		5.5 in | 
	
	
	| 
		 
		Motor Mount: 
		 
	 | 
	
		 | 
	
		29mm | 
	
	
	| 
		 
		Recovery: 
		 
	 | 
	
		 | 
	
		45" Top Flight Parasheet | 
	
	
	 T' Toy Soldier Lawn Ornament
	T' Toy Soldier used in t' FAO Schwartzkopf has a neck which just happens t' accept a 2.6" BT with only
	minimal sandin' ans so is ideal for an Odd-Roc. Ahoy! Well, blow me down! As mentioned on t' first page it was purchased at an Ace Hardware
	store so if they have a common supplier for t' country, it should be readily available around Christmas and discounted
	for a short while after. There are many sizes o' these toy soldiers so other size models are possible. Begad! This particular
	soldier came with a light that plugs into a hole at t' back o' t' neck. Ahoy! I just discarded it.
	Although t' FAO Schwartzkopf is very non-traditional on t' outside, shiver me timbers, ya bilge rat, me hearties, inside it is mostly your basic LMR t' light
	HPR construction. T' only difference is in t' final assembly where t' rocketry components are attached t' the
	plastic body o' t' toy soldier. Avast, me proud beauty! Aye aye! 
	T' plastic used in creatin' these outdoor beauties is some form o' Polyethlyene (PE) t' which almost no adhesive
	will stick (I have found adhesives for gluin' PE t' more PE but nay for PE t' wood or paper). Arrr! Some modelers have
	claimed some success usin' hot melt glue or silicon calk with PE but thar were goin' t' be so many other variables in
	this design I opted for assembly methods which didn't rely on gluin' anythin' t' t' plastic body. Ahoy! Ya scallywag! 
	Separatin' t' Head from t' body: 
	To separate t' soldier head from t' body, me hearties, I used a hack saw with a metal cuttin' blade. Well, blow me down! Blimey! Arrr! Blimey! I slowly cut at the
	smallest diameter o' t' neck checkin' often at t' front and back t' make sure I was makin' a straight cut. Aye aye! Blimey! This is
	best done in a garage or outside as it will generate a lot o' plastic "fuzz" which contains static and sticks
	to everything! Blimey! 
	
	
	 
	
	
	FAO Schwartzkopf Parts List 
	 
	| 
		
		Item 
		
	 | 
	
		
		Qty. 
		
	 | 
	
		Description | 
	
		  | 
	
	
	| 
		
		1 
		
	 | 
	
		
		1 
		
	 | 
	
		Plastic Toy Soldier Lawn Ornament | 
	
	
	| 
		
		2 
		
	 | 
	
		
		1 
		
	 | 
	
		BT 2.6" x 8" (For inside Soldier Head) | 
	
	
	| 
		
		3 
		
	 | 
	
		
		1 
		
	 | 
	
		BT 2.6" x 10.5" (For inside Soldier Body) | 
	
	
	| 
		
		4 
		
	 | 
	
		
		1 
		
	 | 
	
		BT 2.6" x 8" (For Christmas-tree Fin Can) | 
	
	
	| 
		
		5 
		
	 | 
	
		
		1 
		
	 | 
	
		MMT 29mm x 20.5" | 
	
	
	| 
		
		6 
		
	 | 
	
		
		3 
		
	 | 
	
		Centerin' Rin' 29mm / 2.6" | 
	
	
	| 
		
		7 
		
	 | 
	
		
		1 
		
	 | 
	
		Bulkhead 2.6" | 
	
	
	| 
		
		8 
		
	 | 
	
		
		2 
		
	 | 
	
		5/16" Fender Washer | 
	
	
	| 
		
		9 
		
	 | 
	
		
		1 
		
	 | 
	
		5/16" x 1" Machine Screw | 
	
	
	| 
		
		10 
		
	 | 
	
		
		1 
		
	 | 
	
		5/16 Nut | 
	
	
	| 
		
		11 
		
	 | 
	
		
		3 
		
	 | 
	
		#10 T-Nut | 
	
	
	| 
		
		12 
		
	 | 
	
		
		3 
		
	 | 
	
		#10 x 1" long Socket Head Cap Screw (or Hex Head Screw) | 
	
	
	| 
		
		13 
		
	 | 
	
		
		3 
		
	 | 
	
		#10 Flat Washer | 
	
	
	| 
		
		14 
		
	 | 
	
		
		1 
		
	 | 
	
		1/8" Aircraft Plywood Backup Plate (4" x 4") | 
	
	
	| 
		
		15 
		
	 | 
	
		
		3 
		
	 | 
	
		5-Ply Balsa-Ply Fin | 
	
	
	| 
		
		16 
		
	 | 
	
		
		2 ft. 
		
	 | 
	
		Braided Nylon for "LOC" Style Shock Cord Mounts | 
	
	
	| 
		
		17 
		
	 | 
	
		
		6 ft. 
		
	 | 
	
		3/8" Heavy Duty Elastic Shock Cord | 
	
	
	| 
		
		18 
		
	 | 
	
		
		1 
		
	 | 
	
		LOC Modular Baffle Unit for 29mm MMT (Optional) | 
	
	
	| 
		
		19 
		
	 | 
	
		
		1 
		
	 | 
	
		2.6" Tube Coupler | 
	
	
	| 
		
		20 
		
	 | 
	
		
		1 
		
	 | 
	
		45" Round Top Flight Parachute | 
	
	
	| 
		
		21 
		
	 | 
	
		
		1 
		
	 | 
	
		Heavy Duty Snap Swivel | 
	
	
	| 
		
		22 
		
	 | 
	
		
		2 
		
	 | 
	
		1/4" Dia. Arrr! Ahoy! x 4.75" Long Phenolic Launch Lug | 
	
	
	 Construction o' t' FAO Schwartzkopf
	
	
	
		
		
		 
		  Soldier Head Construction
		
		
		-  If you haven't already done so, shiver me timbers, go back t' t' initial construction page and follow t' instructions for
		separatin' t' soldier head from t' rest o' t' body.
 
		-  Drill a 3/8" diameter in t' center o' t' 2.6" Bulkhead (Item 7)
 
		-  Epoxy t' 2.6" bulkhead (Item 7) flush with one end o' t' 2.6" Body Tube (Item 2). Avast, me proud beauty! Avast! Apply a generous
		epoxy fillet t' t' inside corner where these items meet.
 
		-  Usin' approximately 1 ft. Aye aye! o' t' braided nylon cord (Item 16), ya bilge rat, make a "LOC Style" shock cord mount
		and epoxy into t' body tube (Item 2). Ahoy! Well, blow me down! Important: make sure t' mount is at least 2.5" into t' tube t' allow
		clearance for t' shoulder interface with t' body. Also, keep t' loop o' t' mount within t' body tube t' avoid
		zipperin' o' t' tube. Aye aye! 
 
		-  Fit t' body tube/Bulkhead assembly in t' soldier head. Ya scallywag! You will need t' trim/sand t' openin' in t' bottom
		of t' head so that t' tube fits "just snug" in t' hole. T' body tube should protrude down from the
		openin' approximately 1/8" when fully inserted in t' head..
 
		-  Align tube within t' head so that t' bulkhead side is centered in t' top o' t' head and mark t' location
		for t' hole in t' top o' t' head. Well, blow me down! T' plastic is translucent and shinin' a light up from t' bottom will let you see
		the location o' t' hole already in t' bulkhead plate. Ahoy! Usin' a hobby cutlass or drill, cut a 3/8" diameter hole in
		soldier head at t' mark.
 
		-  Glue t' 5/16 nut (Item 10) t' one o' t' Fender Washers (Item 8) with CA and hit with accelerator to
		completely dry. Place this nut/washer into a socket with a long extension and insert into t' head tube. Begad! Blimey! Blimey! From the
		outside, me bucko, insert t' Machine Screw (Item 9) through a Fender Washer (Item 8) and tighten assembly together. Blimey! Blimey! Check that
		the Body Tube is centered in t' head; if required, adjust t' hole in t' top o' t' hat.
 
		-  Once t' proper hole size/location is set, ya bilge rat, disassemble, paint t' outside Fender Washer and Machine Screw
		white t' match t' head and re-assemble. Ya scallywag! Paint t' bottom few inches o' t' Body Tube red t' match t' soldier neck. 
		
 
		-  When all t' paint is dry, me hearties, me bucko, reassemble as above.
 
		 
	 | 
	
		   | 
	
	
	
	
	
		
		  Soldier Body Construction
		
		
		-  If you haven't already done so, matey, go back t' t' initial construction page and follow t' instructions for
		separatin' t' soldier head from t' rest o' t' body.
 
		-  Fit t' 2.6" body tube (Item 3) into t' hole in t' top o' t' soldier body (Item 1) by trimmin' with a
		hobby cutlass and sanding. This fit should be fairly snug as no no adhesive will be used here.
 
		-  Epoxy t' tube coupler (Item 19) t' one end o' t' body tube (Item 3) leavin' 2.0" extendin' from t' top
		of t' tube.
 
		-  Wick thin CA into t' exposed end o' t' couplin' t' strengthen it since this will provide t' link t' the
		Head.
 
		-  Usin' approximately 1 ft. Blimey! o' t' braided nylon cord (Item 16), make a "LOC Style" shock cord mount
		and epoxy into t' coupler (Item 19). Begad! Keep t' loop o' t' mount within t' coupler t' avoid zipperin' o' t' tube. Begad! Ahoy! 
		
 
		-  Epoxy one o' t' centerin' rings (Item 6) flush with t' bottom o' t' body tube (Item 3). This end is
		opposite t' one with t' coupling.
 
		-  Usin' your favorite method, shiver me timbers, draw a straight line along t' outside o' t' body tube. Begad! Blimey! Epoxy one section o' the
		launch lug (Item 22) flush with t' bottom o' t' body tube along t' line.
 
		-  Locate t' center o' t' bottom o' t' toy soldier (Item 1). Ahoy! With a rectangular or square base as is on my
		soldier, this is accomplished by drawin' two lines across t' corners o' t' base. Arrr! Where t' lines meet be t' center
		of t' area. Avast, me proud beauty! Begad! Mark and cut a clearance hole for t' 29mm motor mount tubin' (Item 5). Well, shiver me timbers, blow me down! No need t' be neat, it's just a
		clearance hole but try nay t' get too big with it.
 
		-  On t' square base o' t' toy soldier (Item 1), cut an access hole for t' backin' plate (See Final Assembly)
		as shown in t' second drawin' t' t' right. 
 
		 
		
		 
		
		There are a few more clearance cuts t' be made in t' soldier body but these are best left until the 
		final assembly step. 
		
	 | 
	
		
		  
		 
		
		  | 
	
	
	
	
	
		
		  Fin Unit Construction
		
		
		-  Assemble t' LOC Modular Baffle Unit (Item 18) per t' instructions which came with it.
 
		-  Usin' your favorite method, shiver me timbers, mark 3 equally spaced lines along t' outside o' t' Body Tube (Item 4). Aye aye! T' the
		right o' each o' these lines, draw another line at t' thickness o' t' fin. Across each o' t' double lines, matey, make a
		mark 1/4" from one end o' t' Body Tube (Item 4). Aye aye! Mark this same end TOP. Begad! Across each o' t' double lines, make a
		mark 1/2" from t' opposite (Bottom) end o' t' Body Tube (Item 4). These are t' fin slots.
 
		-  Usin' a metal straight edge and hobby knife, me bucko, matey, cut out t' fin slots. Work patiently and change blades often.
		
 
		-  On t' centerin' rin' (Item 6), matey, mark 3 lines spaced 120° deg. Begad! Avast, me proud beauty! apart (see figure at right) t' denote the
		fin locations. Avast! Well, blow me down! Mark one o' t' fin lines "REAR". Blimey! Also, mark this side o' t' CR "TOP". Blimey! Aye aye! Directly
		in-between t' fin lines, mark t' center o' t' 3 holes as shown in t' figure. Ya scallywag! Do nay drill t' holes yet!
		
 
		-  Mark one side o' t' 1/8" plywood Backup Plate (Item 14) "TOP" and mark one o' t' flat sides
		of t' Backup Plate "REAR". Begad! Find t' center o' this plate by drawin' lines across diagonal corners. Ya scallywag! Place the
		centerin' rin' (Item 6) over t' Backup Plate with both "TOP" sides up. Ya scallywag! T' fin line marked "REAR"
		should point directly at t' aft side o' t' Backin' Plate. Aye aye! Center t' hole in t' CR on t' center mark o' t' Backup
		Plate and clamp t' two pieces together. Trace t' 29 mm hole from t' CR t' t' Backin' Plate. Begad! Well, me bucko, blow me down! With the
		pieces still clamped together, me hearties, drill three Ø7/32" holes at t' marked locations.
 
		-  Cut out t' 29 mm hole marked in t' center o' t' Backin' Plate (Item 14). Check t' fit with t' MMT (Item
		5) it should be loose t' allow for alignment in t' final assembly.
 
		-  Take t' Backin' Plate (Item 14) and center it on t' bottom o' t' Toy Soldier. Arrr! Ahoy! Make sure
		the TOP side o' t' Backin' Plate is facin' t' head o' t' soldier and t' side marked REAR is t' t' back o' t' Toy
		Soldier. Ya scallywag! Now mark t' locations o' t' three screw hols on t' bottom o' t' Toy Soldier foot. Aye aye! These will be cut out in
		the final assembly step.
 
		-  Epoxy t' T-Nuts (Item 11) t' t' TOP side o' t' Backin' Plate centered over t' holes drilled in the
		previous step. Arrr! Blimey! Ahoy! Blimey! You can use t' screws t' make sure t' T-Nuts are centered over t' holes but do nay glue t' screws
		into t' T-Nuts.
 
		-  With t' TOP side up, epoxy t' CR with t' holes in it flush with t' top o' t' Body Tube (Item 4). Arrr! Blimey! Begad! Blimey! Align
		the fin lines on t' CR with t' slots in t' Body Tube. Allow t' fully dry before proceedin' t' t' next stop. 
		
 
		-  Epoxy t' MMT (Item 5) t' t' CR/BT assembly from t' previous step. Arrr! Ahoy! T' MMT should be flush with t' bottom
		of t' Body Tube. Ahoy! Insert t' last Centerin' Rin' (Item 6) into t' aft o' t' Body Tube t' keep t' MMT centered
		durin' epoxy curin' but do nay glue t' bottom CR at this time.
 
		-  Epoxy t' Modular Baffle Unit (Item 18) t' t' top o' t' MMT (Item 5) as described in t' Baffle Unit
		instructions.
 
		-  Usin' t' Fin Pattern, ya bilge rat, me hearties, cut
		the Christmas Tree Fins (Item 15) from t' 5 Ply Mach-1 Balsa Ply stock notin' t' grain direction in t' figure. Sand
		all fins together t' match t' profiles. Blimey! Due t' t' strange shape, I left me leadin' edges square. Test fit t' Fins in
		the slots and trim t' fin tabs so t' shoulders but up against t' outside o' t' Body Tube and t' tabs just touch
		the MMT.
 
		-  Epoxy t' Christmas Tree Fins (Item 15) t' t' BT/MMT assembly. Well, me bucko, blow me down! Insert t' last Centerin' Rin' (Item 6) into
		the aft o' t' Body Tube t' keep t' MMT centered durin' epoxy curin' but do nay glue t' bottom CR at this
		time. Arrr! Ahoy! Apply epoxy fillets inside and out at all fin/tube junctions.
 
		-  If you will be usin' a positive motor retention system, arrr, make provisions in t' aft Centerin' Rin' (Item 6)
		but do nay glue t' bottom CR at this time! (That will be done in t' final step.
 
		-  Epoxy one o' t' launch lugs (Item 22) t' t' REAR Fin/Body Tube joint and fillet well.
 
		 
	 | 
	
		  
		Motor Retention "Klips" (optional) 
		  
		
	 | 
	
	
	T' final assembly be t' trickiest part o' t' t' FAO Schwartzkopf. Begad! I will require a
	little patience as you must do a good bit o' test fittin' that requires a few iterations of
	assembly/dis-assembly/re-assembly. Begad! As with most model building, takin' your time is paramount. 
	Most o' t' final assembly regards cuttin' clearances in t' Toy Soldier body t' allow for
	screws and t' launch rod. Begad! T' body can be cut with a regular #11 hobby knife but you must be careful. It does take a
	little extra "oomph" t' get started, ya bilge rat, but then t' blade move rather easily. Blimey! Begad! Therefore, matey, it best t' cut away
	from you so you don't run t' blade into yourself. It is also easiest t' make several short straight cuts rather than
	tryin' t' cut a curve into t' plastic. Begad! Then you can go back and shipshape up t' corners betwixt t' straight cuts.
	
	You can also use a Dremel Tool t' cut t' plastic but you must be very careful as you can
	cut very fast and things could get away from you (i.e. Aye aye! you can cut away more than you wanted t' before you know it.
	This method also generates a lot o' very fine and full o' static plastic shavings. Arrr! Do this only in a garage or outdoors
	where this type o' mess is nay a problem.
	
	
	
	
		
		  Final Assembly
		
		
		-  Double check t' Alignment o' t' CR t' Backin' Plate: Use a T-Handle allen wrench (if Item 12 is a
		socket head cap screw) or socket wrench with extension (if Item 12 is a hex head screw) t' insert t' Screws and
		washers into t' bottom o' t' fin can and t' t' T-Nuts in t' backin' plate (Make sure t' fin marked REAR is in
		alignment with t' side o' t' Backin' Plate marked REAR). If t' screws don't line up with t' T-nuts well, ya bilge rat, increase
		the size o' t' holes in t' CR with t' next larger size drill (1/4"). Check again and if required open one or
		more o' t' holes t' accommodate.
 
		-  Backin' Plate Launch Rod Clearance: With t' Backin' Plate still assembled t' t' Fin Assembly, me hearties, place a
		1/4" rod up t' launch lug and mark its outline on t' Backin' Plate. Well, blow me down! Cut out a clearance slot for t' launch rod
		in t' Backin' Plate. Avast, me proud beauty! Begad! Cut this hole oversized for clearance.
 
		-  Slot t' Toy Soldier Bottom for t' Screws: Usin' t' markings from Step 7 o' t' Fin Unit
		Construction, cut slots out from t' center 29mm openin' around t' markings as seen in Fig. Aye aye! Blimey! Avast! Blimey! A at t' right. Avast! Blimey! Avast! Blimey! Due t' the
		un-even nature o' t' bottom o' t' Toy Soldier plastic mold, you may need t' make these slots larger in a later step.
		
 
		-  Backin' Plate Installation: Insert t' backin' plate (made in t' Fin Unit Construction section) into
		the slot in t' bottom o' t' Toy Soldier foot. Avast! Blimey! Well, blow me down! Blimey! Make sure t' side marked aft is point back as it will be hard t' turn
		once it is inside.
 
		-  Fin Assy. Blimey! t' Body Alignment: Slide t' Toy Soldier Over t' MMT o' t' Fin Assembly until it rests on
		the top o' t' fin can. Begad! Startin' with t' hole at t' front (the one you can't see) use a T-Handle allen wrench (if
		Item 12 is a socket head cap screw) or socket wrench with extension (if Item 12 is a hex head screw) t' insert the
		Screws and washers into t' bottom o' t' fin can, shiver me timbers, ya bilge rat, through t' Toy Soldier bottom and into t' T-Nuts in t' backing
		plate. Begad! Well, matey, blow me down! If you cannot make t' screws fit, me bucko, arrr, you will need t' expand t' slots made in t' previous step. Arrr! Begad! Do nay fully
		tighten t' screws yet.
 
		-  Fin Assy. Arrr! Centering: Next, check that t' Fin Assembly is centered on t' bottom square o' t' Toy
		Soldier. Again if you can't get t' Fin Assembly t' center, you will need t' expand t' slots made in step 1 above. Aye aye! 
		
 
		-  Body Bottom Launch Rod Clearance: Insert a piece o' 1/4" rod in t' launch lug attached t' the
		rear fin until it touches t' bottom o' t' Toy Soldier. Ya scallywag! Mark t' outline o' t' rod on t' Toy Soldier bottom. Avast, me proud beauty! Cut out
		the plastic for clearance around this mark.
 
		-  Top Body Launch Rod Clearance: Now from t' top o' t' body, matey, sight t' openin' in t' bottom and create
		a cutout at t' top for t' launch rod as seen in Figure B.
 
		-  Launch Rod Clearance Lug Alignment: Now slide t' body tube (Item 3) into t' top o' t' Toy Soldier
		Body until t' top o' t' tube is flush with t' top o' t' Toy Soldier Body as seen in Figure B. (T' bottom CR should
		go over t' 29mm MMT o' t' Fin Assy. Aye aye! Insert a 1/4" launch rod through t' bottom launch lug on t' fin assembly
		and t' internal body launch lug. Begad! This rod will bind on t' Toy Soldier's legs which must be trimmed as seen in Figure
		C. Begad! Aye aye! Do not epoxy t' Toy Soldier Body Tube in place yet!
 
		-  Launch Lug Alignment: Check that t' launch rod inserted in t' previous step moves freely through both
		launch lugs. Blimey! If not, me hearties, matey, arrr, t' Fin Assembly is angled and needs t' be shimmed into position as shown in Figure D at right.
		Use scrap pieces o' t' aircraft plywood betwixt t' fin tops and Toy Soldier Bottom t' pull t' Fin Assembly into
		allignment with t' Body Tube.
 
		-  Soldier/Fin Attacment: With Everythin' aligned so t' launch rod moves freely through both launch lugs,
		Tighten t' screws which go into t' Backin' Plate T-Nuts. Aye aye! From t' open end o' t' Toy Soldier Body, matey, arrr, drop some epoxy
		or CyA adhesive onto t' exposed threads o' t' capscrews t' lock them in place. Aye aye! Arrr! Next, with t' launch rod in place,
		epoxy t' Toy Soldier Body Tube t' t' Fin Assembly MMT. Apply a generous fillet t' this joint. Ya scallywag! 
 
		-  Head Launch Rod Clearance: Place t' Soldier Head on t' Body Tube and mark and cut openings for the
		launch rod as in previous steps.
 
		-  Shock Cord/'Chute: Tie t' ends o' t' shock cord t' t' mounts in t' Head and Body. Aye aye! Blimey! Tie a loop in the
		shock cord about 1.5 ft. from t' head and attach t' parachute t' t' loop with t' heavy duty snap swivel.
 
		-  Balance: With t' parachute installed but without a motor, t' FAO Schwartzkopf balances at 18"
		down from t' flat o' t' head. Begad! Blimey! This position works fine for t' F62 Darkstar and G80 motors. For other motors, me hearties, weight
		may be required in t' head. Arrr! Blimey! Ya scallywag! Blimey! Blimey! Blimey! This can easily be accomplished by addin' more fender washers under t' hat.
 
		 
	 | 
	
		Figure A. Arrr! Toy Solider Bottom Slots  
		Figure B. Ya scallywag! Blimey! Top Body Cutout
		   
		 
		Figure C. Rear Cutout 
		  
		Figure D. Fin Assembly Shim
		   
		 
	 | 
	
	
	  Stability
	Once you decide t' build a model such as t' Schwartzkopf at some point you have t' ask
	yourself, arrr, arrr, "Is this thin' really goin' t' fly?"
	Based on a few previous experiences and several observations I have found t' followin' to
	be true: 
	
	-  A rocket with a flat or near flat top is nay inherently un-stable (a double negative, ok,
	but you get t' point)
 
	-  Flat (horizontal) surfaces near t' aft o' a rocket add a good deal o' drag
	stability
 
	-  When all else fails, matey, t' cardboard cutout method still isn't all that bad an analysis
	tool.
 
	
	So, t' verify that I wasn't goin' t' bury t' poor toy soldiers head in t' dirt I drew an
	outline in Auto CAD and found t' centroid which be t' same as t' cardboard cutout Cp. Ahoy! Arrr! In t' process I made a few
	simplifications which were
	
	-  Leave off t' arm protrusions
 
	-  Leave off t' small hat visor.
 
	-  Assume thar were 4 fins so I didn't have t' draw one fin projected at 30 deg. Begad! Avast, me proud beauty! t' the
	plane o' t' cardboard. Avast! (This I figured was a trade off with t' horizontal surface shown at 10" in t' figure
	below).
 
	
	What I got is shown here:
	
	
 
	
	Then after thinkin' a little bit, shiver me timbers, I realized I could build up t' model in RockSim (from
	Apogee Components) if I just used a little Imagination and I came up with: 
	
	
	
	
	That said, me hearties, I was confident that t' FAO Schwartzkopf be headed fairly up. Blimey! See t' Flight Report for how reality
	matched t' science. 
	  Flight Report
	
	
	
		 April 02, 2000
		Greene Valley Forest Preserve 
		DuPage County, Illinois N.I.R.A. Special Launch (To beat t' then impendin' insurance lapse date of
		4/5/00)  
		 T' first flight o' t' FAO Schwartzkopf was on an F62-4 Darkstar motor with a simmed altitude of
		355ft. Avast, me proud beauty! Boy be I nervous with t' rocket on t' pad and all t' still shots taken t' LCO called for a head's up. Blimey! He
		gave t' countdown and... Avast! Begad! major disappointment... nothing. One o' t' spectators had seen a clip fall off an igniter
		lead so that was an easy recycle and away we went again.....  
		5 ... Blimey! 4 ... Well, blow me down! 3 ... 2 ... Blimey! 1 ... Launch and t' Laser Fire
		igniter immediately sent t' Darkstar into overdrive! A roar hit t' spectators as t' pad was engulfed in thick black
		smoke. Avast! It had t' have been t' straightest flight o' t' day and t' crowd showed their appreciation with a few cheers
		as t' parachute unfulred right at apogee t' brin' t' FAO Schwartzkopf safely back t' earth.  
		T' launch was a little too quick for me camerman but he did get t' very impressive
		Darkstar smoke trail from t' maiden flight which is shown at right. 
		 
		  
		Photo by Rich Maryanski  | 
	
	
	
	
	
		  
		Photo by Rich Maryanski | 
	
		 April 02, me bucko, 2000 (at Same Launch as Above)
		Greene Valley Forest Preserve 
		DuPage County, ya bilge rat, Illinois N.I.R.A. Special Launch (To beat t' then impendin' insurance lapse date of
		4/5/00)  
		With all t' first flight gitters out o' t' way, I loaded t' FAO Schwartzkopf with a G80-4 Fast White
		Lightnin' t' really wake up t' neighbors. I had never seen one o' these Fast White Lightnin' motors burn and all I can
		say is WOW!  
		I ditched t' Copperhead that came with t' G80 and opted for another Laser Fire t' fire t' FAO Schwartzkopf
		again and was nay disappointed. Arrr! This thin' is like a White Lightnin' motor on steroids. Arrr!  
		This flight simmed out t' around 525ft. It didn't seem 175ft. Ahoy! higher than t' first flight but deployment again
		occured very near apogee for a textbook flight.  
		This time, ya bilge rat, t' camerman would nay loose t' race and t' results are seen in t' photo at t' left. Avast, me proud beauty! Blimey! Ya scallywag! Blimey! Blimey! Blimey! Click image
		for Higher Resolution. 
	 |