Motor Guide Results

Here is your handy guide to the motors that might work with your rocket. We found 49 motors that fit and appear to have enough thrust (701 motors didn't fit, 53 motors failed safety checks). 100 motor had thrust curves available and 175 flight simulations were performed. Browse the motors that did and didn't work right here or download the results as a spreadsheet.

The Rocket

Motors That Work

These motors fit your rocket and appear to have enough thrust to lift it safely. If thrust curves are available, a quick simulation has been run to give a rough idea of the performance of your rocket on this motor. We encourage you to run a more complete simulation with any motor you plan to use; see the simulators page for more info.

	Motor	Weight	Launch	Velocity	Accel	Altitude	Time	Delay
	Cesaroni J1055	10.602Kg	79ft/s	206ft/s	9.8G	608ft	6.3s	6s
	AeroTech J460	10.619Kg	51ft/s	195ft/s	4.3G	696ft	7.2s	5s
	AeroTech J1299	10.664Kg	90ft/s	240ft/s	13.0G	768ft	6.9s	6s
	AMW J1365	10.949Kg	90ft/s	257ft/s	13.4G	861ft	7.3s	7s
	AMW J475	11.240Kg	48ft/s	230ft/s	4.6G	901ft	8.2s	6s
	Gorilla J485	11.020Kg	49ft/s	244ft/s	4.3G	978ft	8.5s	6s
	Gorilla J535	11.055Kg	56ft/s	259ft/s	5.2G	1,054ft	8.5s	6s
	Loki J525	11.070Kg	52ft/s	262ft/s	5.0G	1,055ft	8.6s	7s
	AMW J440	11.059Kg	62ft/s	252ft/s	6.4G	1,063ft	8.5s	6s
	Cesaroni J1520	10.856Kg	96ft/s	301ft/s	14.6G	1,075ft	8.0s	7s
	AeroTech J1799	10.941Kg	107ft/s	303ft/s	18.7G	1,078ft	7.9s	7s
	AeroTech J540	10.914Kg	57ft/s	264ft/s	5.3G	1,116ft	8.8s	7s
	Loki J820	11.040Kg	73ft/s	285ft/s	8.6G	1,137ft	8.5s	7s
	AMW J475	11.323Kg	49ft/s	259ft/s	4.3G	1,163ft	9.2s	6s
	AMW J745	11.050Kg	65ft/s	295ft/s	7.0G	1,200ft	8.8s	7s
	AMW K1720	11.181Kg	103ft/s	326ft/s	16.8G	1,205ft	8.4s	8s
	Cesaroni J449	10.952Kg	48ft/s	274ft/s	4.2G	1,246ft	9.5s	7s
	AeroTech K400	11.024Kg	50ft/s	265ft/s	4.0G	1,292ft	9.8s	7s
	AeroTech J800	10.916Kg	67ft/s	306ft/s	7.9G	1,305ft	9.1s	7s
	Cesaroni J760	10.907Kg	65ft/s	316ft/s	7.4G	1,318ft	9.2s	7s
	AMW K665	11.567Kg	56ft/s	309ft/s	6.2G	1,352ft	9.5s	7s
	Cesaroni K454	11.221Kg	48ft/s	284ft/s	4.0G	1,362ft	10.0s	7s
	Gorilla K520	11.272Kg	49ft/s	300ft/s	4.4G	1,370ft	9.8s	7s
	Gorilla K555	11.407Kg	50ft/s	308ft/s	4.8G	1,395ft	9.8s	7s
	Cesaroni K530	11.470Kg	48ft/s	308ft/s	4.2G	1,423ft	10.1s	7s
	Gorilla K630	11.390Kg	57ft/s	323ft/s	6.1G	1,452ft	9.8s	8s
	AMW K535	11.389Kg	54ft/s	308ft/s	4.7G	1,464ft	10.1s	7s
	AeroTech K535	11.094Kg	55ft/s	308ft/s	4.9G	1,497ft	10.1s	7s
	KBA K700	11.333Kg	61ft/s	344ft/s	7.1G	1,505ft	9.8s	8s
	AeroTech K513	11.477Kg	52ft/s	319ft/s	4.8G	1,517ft	10.2s	7s
	AeroTech K2050	11.122Kg	109ft/s	386ft/s	18.6G	1,517ft	9.2s	8s
	AMW K455	11.334Kg	57ft/s	296ft/s	6.0G	1,537ft	10.3s	7s
	Cesaroni K2045	11.120Kg	109ft/s	395ft/s	19.3G	1,545ft	9.3s	9s
	AeroTech K695	11.317Kg	63ft/s	344ft/s	7.2G	1,584ft	10.0s	8s
	Cesaroni K500	11.306Kg	51ft/s	329ft/s	4.4G	1,690ft	10.8s	8s
	AMW K935	11.338Kg	73ft/s	382ft/s	8.7G	1,707ft	10.1s	8s
	AeroTech K550	11.317Kg	58ft/s	334ft/s	6.3G	1,738ft	10.7s	7s
	AeroTech K540	11.105Kg	61ft/s	341ft/s	6.9G	1,744ft	10.6s	7s
	AeroTech K1100	11.166Kg	80ft/s	393ft/s	11.2G	1,757ft	10.2s	8s
	Cesaroni K445	11.228Kg	55ft/s	321ft/s	5.0G	1,767ft	11.1s	7s
	Cesaroni K940	11.196Kg	73ft/s	402ft/s	9.1G	1,816ft	10.4s	9s
	Cesaroni K520	11.406Kg	52ft/s	351ft/s	4.5G	1,852ft	11.3s	8s
	Cesaroni K630	11.240Kg	60ft/s	373ft/s	6.2G	1,853ft	10.9s	8s
	AeroTech K805	11.373Kg	64ft/s	399ft/s	7.0G	1,926ft	10.9s	9s
	AeroTech K1103	11.289Kg	85ft/s	444ft/s	13.5G	2,041ft	10.7s	9s
	Cesaroni K740	11.299Kg	65ft/s	418ft/s	6.9G	2,092ft	11.2s	9s
	Cesaroni K1200	11.462Kg	83ft/s	490ft/s	11.2G	2,276ft	11.2s	10s
D	AMW K590	11.547Kg	5:1 thrust/weight ratio (no data)
D	Gorilla K695	11.327Kg	6:1 thrust/weight ratio (no data)

D No simulation data found for this motor.

Don't like the units? Login to set your preferences. Don't understand the results? See the motor guide help page.

Motors That Fail

These motors fit your rocket, but failed one safety check or another. They may actually work, but you should use them only with caution. We encourage you to run a more complete simulation to verify flight safety; see the simulators page for more info.

	Motor	Reason
G	AeroTech I117	speed at end of launch guide too slow (18ft/s)
G	Cesaroni I140	speed at end of launch guide too slow (18ft/s)
G	AeroTech I215	speed at end of launch guide too slow (31ft/s)
A	AeroTech I599	rocket doesn't reach a safe altitude (206ft)
G	AeroTech I229	speed at end of launch guide too slow (32ft/s)
G	AeroTech I115	speed at end of launch guide too slow (19ft/s)
G	AeroTech I170	speed at end of launch guide too slow (25ft/s)
G	Cesaroni I150	speed at end of launch guide too slow (21ft/s)
A	Cesaroni I445	rocket doesn't reach a safe altitude (256ft)
G	Cesaroni I218	speed at end of launch guide too slow (32ft/s)
G	Cesaroni I120	speed at end of launch guide too slow (15ft/s)
G	Cesaroni I165	speed at end of launch guide too slow (23ft/s)
G	Cesaroni I100	speed at end of launch guide too slow (25ft/s)
G	AeroTech I65	speed at end of launch guide too slow (18ft/s)
G	Cesaroni J250	speed at end of launch guide too slow (30ft/s)
G	Cesaroni J145	speed at end of launch guide too slow (29ft/s)
G	AeroTech J250	speed at end of launch guide too slow (38ft/s)
G	AeroTech J90	speed at end of launch guide too slow (20ft/s)
G	Cesaroni J280	speed at end of launch guide too slow (34ft/s)
G	AeroTech J250	speed at end of launch guide too slow (31ft/s)
G	AeroTech J315	speed at end of launch guide too slow (40ft/s)
G	AeroTech J180	speed at end of launch guide too slow (36ft/s)
G	AeroTech J275	speed at end of launch guide too slow (35ft/s)
G	Cesaroni J240	speed at end of launch guide too slow (33ft/s)
G	Cesaroni J430	speed at end of launch guide too slow (47ft/s)
G	Cesaroni J210	speed at end of launch guide too slow (32ft/s)
G	Cesaroni J293	speed at end of launch guide too slow (36ft/s)
G	Gorilla J365	speed at end of launch guide too slow (39ft/s)
G	Cesaroni J244	speed at end of launch guide too slow (30ft/s)
G	Loki J350	speed at end of launch guide too slow (39ft/s)
G	Gorilla J167	speed at end of launch guide too slow (35ft/s)
G	AMW J400	speed at end of launch guide too slow (41ft/s)
G	Cesaroni J360	speed at end of launch guide too slow (39ft/s)
G	Gorilla J465	speed at end of launch guide too slow (46ft/s)
G	Gorilla J395	speed at end of launch guide too slow (41ft/s)
G	Cesaroni J380	speed at end of launch guide too slow (39ft/s)
G	AeroTech J450	speed at end of launch guide too slow (45ft/s)
G	AeroTech J135	speed at end of launch guide too slow (27ft/s)
G	AMW J395	speed at end of launch guide too slow (46ft/s)
G	AMW J325	speed at end of launch guide too slow (46ft/s)
G	AeroTech J401	speed at end of launch guide too slow (46ft/s)
G	Gorilla J450	speed at end of launch guide too slow (46ft/s)
G	Loki J175	speed at end of launch guide too slow (37ft/s)
G	Cesaroni J355	speed at end of launch guide too slow (43ft/s)
G	Cesaroni J295	speed at end of launch guide too slow (43ft/s)
G	Loki J300	speed at end of launch guide too slow (39ft/s)
G	Cesaroni J140	speed at end of launch guide too slow (25ft/s)
G	AeroTech J415	speed at end of launch guide too slow (47ft/s)
G	Cesaroni K360	speed at end of launch guide too slow (40ft/s)
G	AeroTech K456	speed at end of launch guide too slow (46ft/s)
G	Gorilla K222	speed at end of launch guide too slow (39ft/s)
G	Cesaroni K160	speed at end of launch guide too slow (30ft/s)
G	Cesaroni K400	speed at end of launch guide too slow (46ft/s)

G These simulations were run with a launch guide length of 10ft (rod, rail or tower). If this is not correct, launch guide lengths can be specified for your saved rockets. (The minimum velocity required is approximately 15m/s or 50ft/s.)

A The minimum altitude check is used to ensure that the rocket flies high enough to ensure time for a safe recovery. In addition, many barometric altimeters require a minimum altitude to detect lift-off. (The minimum altitude is 10m or 33ft for an A motor and doubles for each impulse class).

Download the Results

The data is presented in a compact form in the tables above, broken down by motors that worked and those that did not. If you would like to analyze the data further, this section provides download links for files in a generic spreadsheet format (comma-separated value, or CSV) that can be opened with almost any spreadsheet program.

		Download full details of the simulation runs with the various motors: that worked, that failed, or all of them.
		Download the list of motors that fit your rocket into a batch for use with SMARTSim. (See the Simulators page for more info.)

You should download these files to your machine and then open them. Normally, clicking the link will prompt you to do this. However, if your browser insists on opening the file as plain text, you can right-click (control-click on the Mac) on the link and chose Save File As (or similar).