- TeamC TC02 - Review -



RC’s competitive class gets a new standout vehicle

PERFORMANCE TEST TEAM C TC02 EVO
1/10-SCALE ELECTRIC 2WD RACING BUGGY | KIT
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It’s a tough world out there in the 1/10-scale 2WD electric class, and to be successful, you need the perfect tool to get the job done. Team C has been a major player in this field for a while now, collecting national championships all over the globe (including the ROAR Stock 2WD title in 2010) with their TC02 buggy. With a continued desire to refine the platform, Team C gave the TC02 a facelift to give it a more modern look and implement current trends in the 1/10-scale class. The result: the new TC02 Evo. The Evo is strikingly different from its predecessor, with a laundry list of changes to the chassis, suspension, transmission, and even the body – all designed to make the car faster, tougher, and more efficient. As the name “Evo” implies, this car is the evolution of the TC02 platform and each of the changes on this kit are the result of Team C’s involvement in racing with the world’s best. They’ve watched as their competitors’ cars have changed to suit the challenges of competition, and they’ve followed suit to provide the best possible car. Team C has done their job on supplying a killer buggy, so let’s check it out in action.

NEATLY ARRANGED DRIVETRAIN

One of the most effective parts of the Evo is its drive-train. The 3-gear tranny has a very usable 2.6:1 internal ratio, which makes it easy to gear any motor to any track condition you might encounter. The ball differential uses 12 balls to keep the action super smooth and prevents any slip under hard acceleration. Also, an optional gear diff is available for extra durability. The included 80-tooth spur gear, idler, and main gears are made of polyaramid plastic (also used in bulletproof vests) to ensure a buttery smooth mesh and major strength. The 3mm aluminum motor plate does an exceptional job dissipating motor heat and has plenty of room to fit the biggest pinion you can find for that optimal 17.5-class gear ratio. If you plan to use a modified motor, the dual-plate slipper clutch is easy to adjust and will help you tame the beast and connect the power to the ground. Power is transferred to the wheels via steel CV-style driveshafts spinning on a full set of ball bearings.

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The motor plate isn’t anything special, but it’s sturdy enough to hold the motor in perfect mesh with the dual-disk slipper-supported spur gear.


SUPERBLY SUSPENDED

The Evo’s suspension allows you to fine-tune for any track condition thrown your way. The high-volume 12mm big bore shocks feature aluminum-threaded bodies for exact adjustment and super durable aluminum top and bottom caps – often optional for other cars. The front suspension arms have two shock mounting positions and hinge on a pair of aluminum C-hubs (again, typically an option for other kits but standard on the TC02 Evo) with two holes to adjust turnbuckle length. The rear arms offer two shock mounting positions and mount aluminum rear hubs that can be moved fore/ aft on the hingepin to adjust the wheelbase. The hubs feature top-mounted ball studs with three possible mounting holes for multiple camber link length and roll center options. The thick plastic shock towers offer three shock mounting positions and withstood more than a few hard crashes, thanks to their thick and durable design. All in all, it’s not the most adjustable car in its class – but there are enough options to tune the TC02 Evo to varying track conditions.

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The TC02 Evo includes aluminum hubs for the rear (above) and front (below) - those are hop-ups for most kits!


COMPOSED COMPOSITE CHASSIS

The TC02 Evo features a lightweight composite plastic chassis that serves as a solid platform. For added stability on rough tracks, the Evo’s chassis is 6mm longer than the old car. The narrow width has just enough room for your electronics to mount as close to the center line of the chassis, which is necessary in order to keep chassis roll to a minimum. There are separate pieces on either end of the chassis that can be replaced should they ever break in a crash. The front piece mounts the steering components and front suspension, while the back piece mounts the transmission and rear suspension. When outfitted with a “shorty” pack, the chassis’ battery tray has enough room to run the battery all the way forward (which is what I ended up doing), with the speed control tucked neatly behind.

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One of the biggest changes made to the Evo was the chassis itself - which is 6mm longer than the original TC02.


TOTALLY ADJUSTABLE STEERING SYSTEM

Driving a consistent racing line around the track with the TC02 Evo is not a hard thing to do thanks to its precise steering system. The plastic dual bellcranks house ball bearings and incorporate an adjustable spring-loaded servo-saver. The stock spring tension allows a bit of give should you ever get into a crash, which is perfect for beginner drivers, but does deflect in turns during high-bite conditions. The servo-saver can be easily adjusted in order to reduce deflection, though the steering servo may be put in added risk. The steering rack incorporates two adjustment holes to allow you to change the Ackerman position, which makes a big difference in how the car attacks corners. Easily accessible turnbuckles connect to the steering blocks and allow quick toe-in/out adjustments.

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The mounting options on the steering rack make for very useful Ackermann adjustments.



+ Straightforward and effective design

Versatile, rigid chassis

Aluminum hubs included as standard

Cab-forward body

- E-clips used to capture hingepins

SOURCES

Airtronics airtronics.net  

Fatty Grafx fattygrafx.com  

Pro-Line Racing prolineracing.com  

Racers Edge racersedge.com  

Savöx savoxusa.com  

Team C teamcracingus.com  


VEHICLE SPECS
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Item no.: HTCTC02EVO

Scale: 1/10

Weight: 3.37 lb. (1527g)

CHASSIS

Type: Composite plastic tub

SUSPENSION

Type: Lower H-arm with turnbuckle camber link

Inboard camber link positions (F/R): 2/2

Outboard camber link positions (F/R): 2/3

Shock positions, towers (F/R): 3/3

Shock positions, arms (F/R): 2/2

SHOCKS

Bodies: Threaded aluminum, 12mm bore

Shafts: 3mm shafts

Volume compensation: Bladder

DRIVETRAIN

Type/ratio: Three-gear transmission 2WD, 2.6:1

Slipper clutch: 2-plate adjustable type

Differential: Ball type

Driveshafts: Steel CV-style driveshafts

Bearings: Rubber sealed

WHEELS AND TIRES

Wheels: One-piece dish with standard 12mm hex

Tires: Not included

Body: Clear Lexan-type with wing


TEST GEAR (NOT INCLUDED)

Transmitter: Airtronics M12 FHSS-4 2.4GHz radio system (#90482, $450)

Receiver: Airtronics RX-472 2.4GHz FH4T 4-channel (#92015, $120)

Speed control: Airtronics Super Vortex ZERO Competition Brush-less Speed Control (AIR96338, $220)

Motor: Savox 17.5-turn 540 brushless motor (SAVBLH3650175, $85)

Steering servo: Savöx 1258TG

Battery: Racers Edge 4000mAh 7.4V 75C Race Edition “Lite” Li-Po battery (RCELP2S4000ST75C, $80)

Tires (F/R): Pro-Line ION Front 2WD tires, MC compound (#8224-17, $13)/Pro-Line ION 2.2” Rear tires, MC compound (#8222-17), $14


SPEED CONTROL PROGRAMMING, RIGHT FROM THE TRANSMITTER
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Programmable speed controls are nothing new, but exploiting programmable features has always meant button-pushing or a PC hookup in the pits. No more—now you can do it on the fly from your transmitter. Or, you can with Airtronics’ new setup, at least. The Super Vortex ZERO speed control and Sanwa Synchronized Link (SSL) system offers the ability to change the adjustable parameters of the speed control in fine increments via the M12 transmitter’s CODE AUX function. The RX-472 receiver also supports telemetry and will display speed or RPM, speed control temp, motor temp, and battery voltage right on the M12’s screen. I was able to change the speed control timing and dial-in the proper amount of braking strength in the middle of a practice run right from the drivers’ stand, saving time and hassle versus a trip back to the pits. If you’re rocking an M12 and like to tweak and tune your speed control, the Super Vortex ZERO is worth a look.


FINAL WORD

If I could say one thing about my experience with the Team C TC02 Evo, it’s that it was very inviting. The manual’s suggested suspension settings helped make the car very easy to drive and provided a great starting point. The adjustments I made helped to increase the car’s agility rather than simply making it controllable. Even after making a bunch of changes to increase steering and make the car more aggressive, the chassis was still forgiving of small driving mistakes and felt comfortable when driving at its limit. The original TC02 was already an excellent car, and with the changes the Team C engineers implemented on the Evo, this buggy is ready to take you all the way to the podium on race day.


BEHIND THE WHEEL
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Team C’s included cab-forward body is one of the best-looking in its class.


As soon as I finished building the TC02 Evo, I couldn’t pack my race bag fast enough to head 20 minutes south to SDRC Raceway in Miramar, CA. As I do with all vehicles that I review, I started the test session with the manufacturers’ box stock setup. Right before I hit the track, I set the ride height at 24mm, dialed in 1 degree of negative camber on all four corners, and sauced the tires. My immediate impression of the Evo was how easy it was to drive. One of the things that contributed to this was having a slight understeer in every phase of a turn. This push made it easy to connect the power to the ground and run competitive lap times for the 17.5 class. The more that I drove the Evo, the faster I went. Jumping was easy with straight and slight nose-up attitude while airborne. If you blew the landing of the jump, it took very little recovery time before the chassis was composed and ready to attack. After the fourth run, the tires were broken in nicely and my fastest lap around the track was 24.7 seconds. Back in the pits, I wanted to transfer more weight toward the front of the car so that it could get more steering. I decided to switch it up with the batteries and throw in a “shorty” battery pack; I had been running a full-length Racers Edge 4000mAh LiPo battery, so I pushed the shorty pack all the way forward and filled the rest of the battery tray with foam blocks to keep the pack snug. On the track, the Evo had instantly gained a significant amount of steering and was now able to follow the racing line that I’m more accustomed to: aggressive turn-in with the ability to carry fast corner speed. The numbers on the clock had improved as well, shaving six-tenths of a second off my fastest lap. The rear Pro-Line ION tires in the new clay compound were giving me a ton of traction, so I could still afford to dial in more steering. I moved the rear shocks to the outer hole on the tower, and to tighten up the steering and minimize deflection, I tightened the servo-saver all the way down. I re-checked the ride height and found that I had lost 3mm in the rear due to the suspension change and the springs breaking in. With a couple of quick turns on the threaded shock bodies, the original 24mm ride height was restored. On the track, the Evo was starting to wake up and challenge me to run faster lap times. The car felt solid in turns and gave me the confidence to step out of the racing line during bends if I needed to make a pass. The stock setup on the TC02 Evo is an excellent starting point for a new racer and it only took a few changes to get the car to where I wanted it to be. I ended up shaving a full second off my lap times, and I clocked a 23.6 by the end of the night!


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