Please help us to find bad videos. Broken or unappropriated video content?
Here's my running video of the Team Associated APEX tC Scion "Rocket Bunny". The APEX is fresh out of the box with no modification at all! Set up as a touring car (Grip tires) I was running a Reedy Wolfpack 3900mah 3s Lipo battery. Set up as a drift car (running the bright yellow wheels/drift tires) I was running a Reedy Wolfpack 5000mah 2s Lipo). What a great car to drive and with the optional drift wheels/tires, makes it so versatile. Typically touring cars make horrible drift cars based on setup and a few mods. This APEX is right at home drifting by just adding some drift tires/wheels. I have a full review of this car coming out next week! Stay tuned!
-----------------------------------------------
Connect with The RCNetwork
-----------------------------------------------
Don't miss out on more RC blogs, pics, and newsletter from
TheRCNetwork.com. Get the stuff that's not on YouTube!
Subscribe today: /
Instagram: /
Facebook: /
---------------------------------------------------
The RCNetwork Decals Are Here!
---------------------------------------------------
Click to Shop: /
Here's where I got it and some info from Team Associated:
APEX Scion Racing tC Ready-To-Run Lipo Combo
Brushless Powered All Wheel Drive Ready to Run
Built on the all-wheel-drive Apex chassis, the Scion Racing tC Rocket Bunny replica comes fully assembled and Ready-to-Run with factory installed Reedy brushless power and a Reedy WolfPack 6-cell battery wired with a High Current T-Plug.
Additional features include the XP water-resistant speed control and XP 2.4GHz radio system. The front and rear sealed metal gear differentials are connected together with a tough aluminum drive shaft that handles all of the Reedy brushless power. Imperfections in the road are managed by four adjustable fluid-filled coil-over tuned shocks.
The high grip treaded racing tires are mounted on scale replica 5-Spoke hex drive wheels featuring detailed brake rotors and calipers. Topping it all off is the factory finished Scion Racing tC Rocket Bunny body that replicates the details of Fredric Aasbo's Hankook Racing Scion tC, built by Papadakis Racing, which has become one of the most competitive cars on the Formula Drift circuit!
This vehicle may need extra parts to make it operational. Click on the SPECS tab above to see what's already included and what extra equipment you may need to make the vehicle operational, such as motor and battery pack.
Features
Fully assembled Ready-To-Run all-wheel-drive chassis that accepts NiMH or LiPo type batteries
Scion Racing tC Rocket Bunny replica body
5-spoke wheels come mounted with high-grip racing tires and feature detailed brake components
Powerful Reedy 3300kV 540 brushless motor
Water-resistant XP brushless speed control with High Current T-plug connector (2S-3S LiPo compatible)
XP 2.4GHz radio system with XP digital metal gear steering servo
Reedy WolfPack 6-cell NiMH battery with T-plug connector and AC peak detection wall charger included
Adjustable fluid-filled coil-over tuned shock absorbers
Metal gear transmission with sealed differentials
Steel CVA drive axles front and rear
Metric hardware and ball bearings throughout
------------------------
My Video Gear
------------------------
Studio Camera:
Studio Tripod:
Studio Lights:
SD Cards for Studio Cam:
Lavalier Mic:
Action Camera:
Action Mic:
SD Cards for Action Cam:
“TheRCNetwork.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.”
Fpvracer.lt is not the owner of this text/video/image/photo content, the real source of content is Youtube.com and user declared in this page publication as Youtube.com user,
if you have any question about video removal, what was shared by open community, please contact Youtube.com directly or report bad/not working video links directly to video owner on Youtube.com. Removed video from Youtube.com will also be removed from here.