Torque (4.8/6v)	Weight	Speed (4.8/6v)	Bearings	Size SAE	Size Metric	Type
54.15/66.65 oz.in. - 3.9/4.8 kg.cm	0.95oz./ 27g	0.16 / 0.14s	1BB	1.27"x 0.66"x 1.22"	28.96 x 12.95 x 29.97mm	Analog

5S K6 Series 3800. 65C (247 Amps) Constant; 130C (494 Amps) Burst. High discharge cells. Industry Standard XH balance plug. Weight: 533 grams. Measures: 140 x 48 x 37mm.

Like it's older siblings it retains the easy and relaxed flying characteristics of the Four-Stars. Open the throttle and increase the control throws and it will do about any wild maneuver your thumbs can dream up. Add to this the portability of a smaller size and the quietness and convenience of electric power and you have another winner for sport flying. While designed for electric power it is configured to easily convert to glow engine power in the .15 to .25-engine range so you have the best of both worlds.

Specifications:
Wingspan 48 in 1219 mm
Wing Area 430 sq. in. 27.7 sq. dm.
Length 38 in 965 mm
Weight with 250-watt motor & 3s1p 2200 mAh lipo 2-1/2 lbs 1130g
Wing Loading 13.4 oz./ft? 40.8 g/sq. dm.
Radio Required 4-Channel with 4 mini servos
Power Required 250 to 350 watt electric motors
or .15 to .25 glow engines
Setup and Performance Chart With HiMaxx Motors, Castle ESC and Radical RC Battery

Motor	# Cells	Prop	Amps	Watts	RPM	Thrust oz.	Pitch Speed MPH	FPM Climb @ Degree	Max Climb Angle	Est Top Speed
2816-1220	3	9x5	23.8	268	10,950	40	50	1630@40	58	52
3510-1100	3	9x7	24.5	276	9,880	39	64	1710@37	56	56
3510-1540	3	8x6	35.3	397	13,710	48	75	2314@49	90	62
3510-1100	4	8x6	25.2	378	13,730	48	75	2324@49	90	62
3516-1130	3	10x7	37.9	426	9,820	57	63	2793@65	90	63
3522-700	4	11x5.5	22.7	341	9.01	56	45	2238@55	90	53
3522-990	3	11x7	38.4	432	8,690	61	56	2954@81	90	61

Estimates based on manufacturers provided constants using E-Calc. MFG model specifications used in calculations. High Quality 2100mah used as trial cell in calculations. Actual performance may vary depending on components used, accuracy of data as provided by manufacturer, quality of ESC, weather and many other variables. Package weight 4.4lb

OUT OF STOCK, PENDING MANUFACTURER PRODUCTION

1. Long cycle life: The cycle is longer, compared with Lithium ion battery, can reach to 4000-4500 times.

2. Safety: Sodium-ion cells can be discharged to 0V for transport, avoiding thermal run-away hazards. 

3. High Power: The cells have continuous discharge current 10C Peak discharge current.

4. Low temperature: Can be used in low temperature environments, with a discharge capacity of up to 85% at a temperature of -30 degrees.

5. Wild Voltage range: The working voltage range is 1.5V-4.1V.

6. Environmental abundance: Sodium is over 1000 times more abundant than lithium and more evenly distributed worldwide. So its price is more stable.

7. LOWER COST: Sodium precursors (such as Na2CO3) are far cheaper than the equivalent lithium compounds.

8. Charge on Li-Ion mode set voltage to maximum 3.9-4.1V 

This listing is for 1 (one, single cell), multiple cells shown for example only.

TEMPORARILY OUT OF STOCK

This "mighty mini" can take on the most extreme maneuvers while keeping it's cool. Talon 35 is intended for use in 450 Heli setups running up to 6S or .10 to .20 fixed wing applications pulling up to 35 amps and boasts a 7 amp peak/5 amp continuous BEC, keeping even the most draining servos at ease. Talon 35 also offers Castle's industry-leading helicopter functions, not to mention easy programming using the Castle Link USB adapter (coupon included). The compact layout and thin profile make mounting Talon 35 simple and stress-free in any setup.

Input Voltage: 2-6 Lipo
Max Continuous Amperage: 35*
BEC Voltage: 5.5v
BEC Amperage: 5 Continuous, 7 Surge**
Switching Rate 7,000 Hz
Resistance 0.0065 Ohms
Brake yes, programmable
Reversible yes - change any two wires
Size .088 x 1.93 x 0.33 in.
Weight (w/wires) 0.98 oz. (27.8g)
Universal connector

*RC HOBBY APPLICATION RATING: 55 amps for the duration of a single 4,000 mAh battery pack with the ESC in contact with a 5 mph airflow of 25C (77F) or cooler air. Controller temperature must never exceed 100C (212F). Exceeding current or temperature ratings may damage components and may shorten the life of the ESC. Always verify system current draw at full-throttle. Decrease load or increase airflow to decrease the ESC's operating temperature.

**Peak indicates amperage sustainable for most servos' current draw transients. Always confirm servo current draw before the first flight of the model.

Castle Creations Warranty Info.

When we started out to design a smaller, quick-to-build, and inexpensive kit, we found that we had the perfect starting point--our Javelin. Its great flying characteristics have made it one of our best-selling kits.

So, we found that by shrinking the original Javelin, simplifying the construction, and lightening parts where possible, what we ended up with is a fantastic flying model -- the Dart!

It's another in our Schoolyard series - a kit you can easily frame up in just a weekend, and once completed, enjoy at a local schoolyard or park.

All of this comes in a great looking design that is remarkably easy to build, thanks to our innovative design techniques and precision laser cut parts.

Although it only weighs just over a pound, ready-to-fly, the Dart's construction gives it surprising rigidity to handle most anything you can throw at it. Loops, rolls, inverted flight, snaps, spins, hammerheads, Cuban-8's, split-S, and more.

And after you're done tearing up the skies, throttle down to easily cruise around the field. Then when the time's right, setup for a nice, controlled landing.

Program in a transmitter flaperon mix, put the aileron servos into separate channels, and then enjoy even slower flights, shorter takeoffs, and slower landings!

Because of the interlocking design and high quality laser cutting of the parts, the Dart is a quick build. Not only does it build quick, but it also builds straight and true as all of the parts were designed to align properly with a minimum of fuss and alignment tools.

The wing is removable, giving access to inside the cabin area. From there, you have easy access to install most any brand of radio and control linkages.

Up-front, we've designed in a large hatch that covers the spacious battery compartment. This area will easily handle up to 1000mAh 2-3s packs.

Specifications:

• Wingspan: 30 inches
• Wing Area: 165 sq inches
• Length (airframe only): 24.5 inches
• Weight: 7-8 oz. framed; 17-20 oz. (rtf)
• Radio: 4 ch. (5 w/flaperons)
• Four 20+ in./oz. servos (Mini servos - similar to HS-5065MG)

Power:

• 100+ watt electric motor, 20+ amp ESC, 2-3s LiPo

Features of the Dart

• Perfect for Small Field Flying
• A low parts count and small size make this kit quick to build and easy to fly at schoolyards, ballfields, and parks.
• Premium USA Hardware
• Included in each Old School Model Works kit is a premium hardware package. We only source our hardware from brand-name, USA manufacturers to guarantee the best quality.
• Dual Ailerons
• Mounted underwing, these two pre-cut aileron hatches make it easy to install the aileron servos.

WEB-LOCK Construction

There's nothing else like it. Build our wings, straight and true - with a minimum amount of fuss.

Main gear

Included are the pre-bent main gear legs.

Front Hatch

Held in with magnets, this extra large hatch gives you easy access to swap out the flight battery.

Included Motor Spacers

Included are additional spacers to help position your electric motor at just the right spot, regardless of brand.

Additional items needed to complete the Dart kit:

• Propeller o Motor mount & mounting hardware
• "Y" servo harness (for aileron if 4 channel) or two short servo extensions (if 5 channel w/flaperons)
• Pushrods (two 5" for ailerons, two 14" for elevator & rudder)
• Clevises for the pushrods
• Two 1.5" - 2" diameter main wheels
• Tailwheel
• Covering - 1 roll (more, depending on color scheme) 

Specifications:
Wingspan 37 1/2 sq.in. (952 mm)
Wing Area 338 sq.in. (25 sq dm)
Weight: 26 - 38 oz 737 - (1077 g)
Wing Loading: 11.1 - 16.2 oz/sq ft (423 - 4943 g/sq m)
Radio Required: 2-Channel (ail, ele) or 3-Channel (ail, ele, thr)
Recommended Glow Engines .09 - .19 cubic inch (.58 - 1.23 cc) 2-Stroke

Special notes about electric from Dave: This model makes an excellent electric "muscle" model. Often overlooked since SIG does not offer an e-version or any electric power system setup info. It's easily adapted. Below are my suggestions for a range of practical to extreeme power systems.

Setup and Performance Chart

Motor	# Cells	Prop	Amps	Watts In	RPM	Thrust oz.	Pitch Speed MPH	Climb FPM	Est. Top Speed
Himax 2816-1220	3	8x6	19.1	215	11,500	29	65	1602	60
Himax 3510-1540	3	8x6	34.1	384	13830	42	79	2856	72
Himax 3516-1130	4	9x7	42.9	644	13,310	64	88	4670	86
Himax 2825-2300	3	7x6	38.5	433	15,650	38	86	2538	71
Himax 3514-2900	3	7x6	64.9	724	16,520	44	94	3241	73
Himax 3514-2900	5	7x4	84.5	835	23.310	76	88	5565	87

Estimates based on manufacturers provided constants using E-Calc. High Quality 2100mah used as trial cell in calculations. Presumed model weight of 26oz. Actual performance may vary depending on components used, accuracy of data as provided by manufacturer, quality of battery, ESC, and many other factors.

SIG BACKORDER, OUT OF STOCK

Brushless motor, 20mm size with added diameter from cooling fins, uses neodymium magnets, carbon case and unique solder posts are manufactured using advanced technologies from finest materials - our standard. Twin ballraced hardened steel shaft and overall robust but very lightweight construction ensure very long lifetime. This small beauties are suitable for use with gearbox or in ducted fans. Tapped hols in front of case match S-400/480 motors making it compatible with many S-400/480 type gearbox's.

I use one of these on a delta and it's sick fast. Enjoy!

Specifications:
Voltage range 6-8 cells
RPM per Volt 6,370 RPM/V
Max. Efficiency with ESC 77%
Max. Efficiency Current 14-22 A (>70%)
Max. loading 28 A / 30 s
No load Current / 8V w gear 3,9 A
Internal resistance 49 mohm
Dimensions with gearbox 24,8x65 mm
Shaft Diameter Gearbox 4 mm
Weight with gearbox 77 g
Recomended model weight 600 - 1200 g
Propeller range VMGM 6,00:1 6 cells prop 12"x8"
VMGM 6,00:1 7 cells prop 11"x7"
VMGM 6,00:1 8 cells prop 10"x6"

Non-warranty; Closeout; No Returns Accepted. 

HC42 Outrunners generally used from 500-1000 Watts. High torque to turn large props direct drive.
Replaces .40-.60 size engines. Mounting hardware and connectors included. Himax Brushless motors are manufactured to high standards for the discerning modeler. Designed for light-weight, high efficiency, high torque and durability Himax Outrunner motors are sure to make today's radio controlled models perform.

Recent report from a .40 size pattern Kyosho Sensation. Pilot reports better than any fuel plane in ever flown in this class. Setup is 5S Kypom 4200, 11x7 APC-E, Castle Edge Edge 75.

Motor includes: Prop adapter, female wire connectors, motor mounting flange.

Specifications:

Weight	Size D x L	Amps	Shaft	Max Motor RPM	KV	Resistance	No Load Current
200g/7.0oz.	42(1.7") x 50.0mm(1.9")	30-42, 60 15s	5.0mm (.2")	12k	770	.02Rm	2.4A

Setup and Performance Chart

# Cells	Prop	Amps	Watts In	RPM	Thrust oz.	Pitch Speed MPH
3	12x10	39	439	6,490	60	64
3	13x8	41.37	465	6,380	69	50
3	13x10	47.5	534	6,560	72	61
3	14x7	45.6	513	6,640	74	43
3	14x10	56.2	632	6,170	82	57
4	11x10	47.6	714	9,070	78	85
4	12x6	42.4	636	9,430	85	52
4	12x8	51.3	770	8,980	94	66
4	13x6.5	54.7	821	8,810	102	53
5	10x8	44.4	829	11,970	89	88
5	11x5.5	44.1	827	11,980	99	60
5	11x7	52.0	975	11,530	109	74
6	9x7	39.5	889	14,890	90	95
6	10x6	47.4	1067	14,410	113	79
6	10x8	57.8	1301	13760	119	102
6	11.5.5	57.6	1296	13780	133	72

Estimates based on manufacturers provided constants using E-Calc. High Quality 3200mah used as trial cell in calculations. Actual performance may vary depending on components used, accuracy of data as provided by manufacturer, quality of ESC, weather and many other variables.

3S K6 Series 3300. 65C (214.5 amps) Constant 130C (429 amps) Burst. High discharge cells.
Weight: 292 grams
Dimension: 139 x 45 x 25mm

TEMPORARILY OUT OF STOCK 

Replace a lost, damaged or rotted fuel tank stopper. For glow fuel only. For all Du-Bro tanks, likely compatible with others. Size: OD Neck .650 (16.51mm), OD Top .750" (19mm), Height .410" (10.4mm)

4S K6 Series 5100. 65C (331.5 Amps) Constant, 130C (663 Amps) Burst. High discharge cells.
Weight: 19.3oz (548 grams, +/-15g)
Size: 6.1"(155mm) x 1.93"(49mm) x 1.42"(36mm)

Himax 3522 series motors are most generally used in 34-90 oz models depending on application. Replaces AXI 28 series motors. Manufactured to high standards for the discerning modeler. Package includes collet type prop adapter, prop saver, bullet females for your ESC and fasteners.

Specifications:

Weight	Size D x L	Amps	Shaft	Max Motor RPM	KV	Resistance	No Load Current
162g/5.7oz.	35.2mm(1.39") x 48mm(1.89")	8-29, 40 15s	5.0mm (.1969")	20k	700	.049Rm	1.3A

Setup and Performance Chart

# Cells	Prop	Amps	Watts In	RPM	Thrust oz.	Pitch Speed MPH
3	10x10	16.9	190	6,850	30	64
3	11x10	22.2	250	6,530	40	61
3	12x8	24	270	6,420	48	47
3	12x10	27.8	313	6,190	49	57
3	13x10	33.7	379	5,830	59	54
3	14x10	39.7	447	5,470	67	51
4	10x10	26.8	402	8,740	50	81
4	11x10	34.4	516	8,240	65	76
4	12x8	37.1	557	8,060	78	60
5	9x7	21.7	407	11,580	55	75
5	10x10	37.7	707	10,450	73	97
5	11x5.5	32.3	606	10,830	84	54
5	11x7	38.1	714	10,420	91	67
6	10x7	39	878	12,770	100	82

Estimates based on manufacturers provided constants using E-Calc. High Quality 2200mah used as trial cell in calculations. Actual performance may vary depending on components used, accuracy of data as provided by manufacturer, quality of ESC, weather and many other variables. * Over reccomended maximum RPM.

2S K6 Series 3000. 65C (195 Amps) Constant, 130C (390 amps) Burst. High discharge cells.
Weight: 175 grams
Size: 139 x 45 x 13.5mm

Specifications As Per MFG:

Weight	Size D x L	Amps	Shaft	Max Motor RPM	KV	Resistance	No Load Current	Max Current
103g/3.63oz.	35mm (1.38") x 36.5mm (1.44")	371 watts	5mm (.197") x 53.5mm OAL	Non-Pub	910	Non-Pub	Non-Pub	25.8

Setup and Performance Chart

# Cells	Prop	Amps	Watts In	RPM	Thrust oz.	Pitch Speed MPH
2	12x10	23	173	4,900	30	45
2	13x10	27.2	204	4,550	35	42
3	10x6	19.8	223	8,440	38	46
3	11x5.5	23.9	269	8,070	45	41
3	11x7	27.8	313	7,720	49	50
3	12x6	30.9	348	7,440	54	41
4	9x5	20.4	306	11,660	47	53
4	9x7	25.9	389	11,130	51	72
4	10x5	27.2	408	11,000	59	50
5	8x6	23.8	446	14,580	55	80
5	9x5	29	544	14,040	69	64
6	7x6	21.6	486	18,080	52	99
6	8x4	23.5	529	17,870	65	64

Estimates based on manufacturers provided constants using E-Calc. High Quality 2200mah used as trial cell in calculations. Actual performance may vary depending on components used, accuracy of data as provided by manufacturer, quality of ESC, weather and many other variables.

Side By Side, 9.6V FDK (formerly Sanyo) 8-AA 2500 NIMH cells, fits Multiplex radios. "Twicell" (formerly Eneloop) low self discharge type which comes partially charged and is the same product as prior Twicell (Eneloop) cells. Same size as 700 and 1100 NiCad pack above. Less weight than 1400 NiCads above. Good cell where fast charging is not a needed but extra capacity is desirable. High capacity TX Battery, if you are sick of your TX running down. Yes, it is the same size as your current AA pack. A "AA" is a "AA". This is what your computer TX should have included!

9.6V Weight 312g / 11 oz.

Individual Cell Internal Impedance 20.0mΩ

All AA size cells over 1700mAh should not be fast charged ever! If you repeat this experiment, your on your own. I recommend only factory wall wart charging with units rated of 70mAh or less for these type cells. Break in (first forming charge) on 50mAh factory wall charger 700mAh-19.6 hours,1100-30.8 hours,1650-46.2 hours, 2500-70 hours. For 70mAh wall charger deduct 28% of time, for 100mAh wall charger deduct 50% of time. Forming charge (initial charge) on peak detection chargers is not recommended and voids warranty. Any peak or fast charger use on this pack voids warranty. Don't bother calling trying to get a warranty for failing to follow instructions. I've heard all the stories. They all end like this, "My battery does not cycle well now." and "It worked ok for a while but now it runs down fast shortly after charging". If you put any AA cell over 1700mAh capacity on your peak charger, it's bad. I've already made theses tests for you so you could avoid the pain. If you ruin one of these mega capacity TX packs, just order a new one and do better the second time. 

Generally used 800-1500 Watts. High torque to turn large props direct drive. >Replaces .40-.60 size engines. Mounting hardware and connectors included. Himax Brushless motors are manufactured to high standards for the discerning modler. Designed for light-weight, high efficiency, high torque and durability Himax Outrunner motors are sure to make todays radio controlled models perform. All HC50 series outrunner motors include: Prop adapter, female wire connectors, motor mounting kit w/screws and two hex keys.

All HC50 series outrunner motors include: Prop adapter, female wire connectors, motor mounting kit w/screws and two hex keys. Also included is base for standoff motor mount kit ACC3650 sold seperately.

Specifications:

Weight	Size D x L	Amps	Shaft	Max Motor RPM	KV	Resistance	No Load Current
395g/13.9oz.	48.8mm(1.96") x 65mm(2.09")	30-50, 65 15s	6.0mm (.2362")	12k	390	.031Rm	1.8A

Setup and Performance Chart

# Cells	Prop	Amps	Watts In	RPM	Thrust oz.	Pitch Speed MPH
4	16x10	31.3	470	4,920	87	46
4	18x10	42.8	642	4,580	112	43
4	18x12	47.9	719	4,430	118	50
5	14x10	30.4	570	6,320	92	59
5	15x10	36.9	692	6,110	110	57
5	16x12	49.5	928	5,700	131	64
6	14x10	40.3	907	7,340	126	68
6	15x8	41.7	938	7,300	138	54
6	15x10	48.6	1094	7,050	148	65
6	16x10	57.2	1287	6,740	169	63
6	16x12	63.9	1438	6,510	172	73
7	15x7	47.9	1257	8,400	168	54
7	15x10	60.6	1591	7,910	188	73
8	14x7	48.4	1452	9,700	179	62
8	14x10	59.5	1848	9,150	198	93

Estimates based on manufacturers provided constants using E-Calc. High Quality 3200mah used as trial cell in calculations. Actual performance may vary depending on components used, accuracy of data as provided by manufacturer, quality of ESC, weather and many other variables.

2S K6 Series 1800. 65C (84.5A) Constant 130C (169A) Burst. High discharge cellls. 175 grams, 93mm L x 34mm W x 24mm H.

TEMPORARILY OUT OF STOCK

Photo by SkyPielet

How does it work? If you look close you can see our unobtrusive elevator servo (we used a GWS Pico) on the canard support strut. This servo drives the top canard which in turn, drives the bottom canard through a simple transfer rod. The canards move up and down together on thier own individual pivots like the original 1905 flyer. The rudder servo is adhered to the bottom of the bottom wing with a Dubro Micro Push rod (1/32 wire in clear plastic tube) driving the rudder. The rudder moves like the original 1905, both together. Perhaps the most exciting feature is this model flys with real wing warping. The outside wing strut assembly has a servo hidden under the bottom wing driving a diagonal rod that appears to be a simple bracing rod in the scale location. Forget the Eindecker like wings, wouldn't it be gross if this model didn't turn by real wing warping? You're going to love this feature every time you show how it works.

How does it fly? I was amazed, after some initial hiccups working out the right setup. We've refined CG and throws until it flies more or less like you'd expect a trainer to fly. It is a bit draggy so you tend to fly with a middle throttle position most of the time and you will want to be comfortable flying with both hands as this design likes rudder inputs. However, you'll soon agree it flies like a trainer. Provided in the kit is the CG you need along with servo horn lengths, control throws and even exactly where to trim the canard for that first flight.

How does it build? This is not a normal kit, it's mostly nut and bolting with some foam trimming and fitting here and there a little gluing and some finishing (staining). If like me, your favorite ever childhood toy was an Erector set, you're about to feel young again! Now I know you hated those square nuts and slot head screws (I did) so we included all hex wrench driven button heads and ny-lock nuts. There is a surprising amount of aircraft ply in this kit. The main structure starts out as a 24"x24" section of 1/8" thick air ply (cuts slower on a laser) and it's packed tightly with many parts. Needless to say, there is a lot of laser cutting time here. It has the longest hardware list of any kit we've ever designed and the longest instruction set I've ever written including several drawings/templates. Ron, who built both of our in-house prototype models said he needs 3 work days to complete one. So, please plan enough time, it's very important to us that you actually finish it and get it flying. I want to hear the joy in your voice and see the pride on your face when you tell me about it at the next show.

Whats included? All the hardware needed that isn't already in the Slow Stick kits is included here. All fasteners are good quality allen head bolts with lock nuts. There are 88 washers and you can guess how many nuts and bolts.

What do you need to complete? Add 2 motors (max 2oz, 800-1200 KV), 2 stick type motor mounts, 2 ESC's, APC counter rotating prop set, electronics (2 each 6 gram servos, 2 each 20oz torque servos (we used HB-65's), and 1 each 3S battery 1800-2200mah. Extensions and Y's. For motors under 1000 kv, use 10-4.7 props, 1000-1200 kv use 10-3.8 props.

Direct Link: wright Stick Build Log.

In Flight Video "GalaxieX" from Canada." Configured with custom gear and FPV system. Looks like SUPER FUN!

Designed as direct replacement for Speed 400/480 can motors - same diameter & mounting pattern. Higher power & higher efficiency than 400/480 motor means longer run time and more fun. Slotted high torque design, can be used as direct drive or with gearbox - fits MPI ACC387 offset gear box. For electric planes under 28oz with direct drive or 36oz with gearbox.

Specifications:
Weight: 86g
Kv:3059
Resistance: Rm=.035
No Load Current: 1.8A
Current: 10-30A
Diameter: 27mm
Length: 38mm
Shaft dia.: 1/8"

Setup and Performance Chart

# Cells	Prop	Amps	Watts In	RPM	Thrust oz.	Pitch Speed MPH
2	6x4	23.2	174	17,980	21	65
2	7x4	33.3	250	16,010	28	58
2	4.1x4.1	15.5	174	30,380	16	112
3	4.75x4.5	25.3	285	28,250	25	115
3	5.25x4.75	34	383	26,360	32	114
4	4.1x4.1	24.75	368	39.12	27	144
4	4.7x4.2	32.4	486	37,220	35	141

Estimates based on manufacturers provided constants using E-Calc. High Quality 2100mah used as trial cell in calculations. Actual performance may vary depending on components used, accuracy of data as provided by manufacturer, quality of ESC, weather and many other variables.

Side By Side, double stick, 7.2V FDK (formerly Sanyo) 6-AA 2500 NIMH cells, fits Multiplex radios. "Twicell" (formerly Eneloop) low self discharge type which comes partially charged and is the same product as prior Twicell (Eneloop) cells. Same size as 700 and 1100 NiCad pack above. Less weight than 1400 NiCads above. Good cell where fast charging is not a needed but extra capacity is desirable. High capacity TX Battery, if you are sick of your TX running down. Yes, it is the same size as your current AA pack. A "AA" is a "AA". This is what your computer TX should have included!