There are eight different track layouts you can make, and they’re all clearly illustrated on the box. One of the straights in this set has a new ‘Power Zone’, however. You get four straights (including one with a start-finish line), six 90-degree corners with guard rails, and a pair of track risers so you can make a figure-of-eight course. The track supplied in the Fast & Furious Edition is almost the same as in the standard starter set. It’s the same awesome Overdrive action, but with added character and a new track piece.Īnki Overdrive: Fast & Furious Edition – What do you get? This edition is themed around the Fast & Furious movies, with new cars and a flashy version of the app that enables you to race Dom, Hobbs and the rest of the gang. So it’s more like supercharged slot-racing (then fitted with a mini-gun and given a wax’n’polish).
#Anki overdrive promo code upgrade#
Oh, and you can ‘shoot’ your rivals, virtually upgrade your vehicle, and play single-player against AI-driven robot cars.
It’s basically slot-racing but without the need for slots. # Get a list of available cars active = True # Flag to retrieve only active cars car_list = client.What is Anki Overdrive: Fast & Furious Edition?Īnki Overdrive has been one of our favourite toys of the past few years.
# Make the car switch to the right lane lanes = 1.0 # Number of lanes to switch (can be a decimal value) response = client. # Make the car switch to the left lane lanes = 0.5 # Number of lanes to switch (can be a decimal value) response = client. # Set the speed of the car speed = 500 # Speed value (in millimeters per second) accel = 1000 # Acceleration value (in millimeters per second squared) response = client. # Create a car and get the token token = client. disconnect() # Disconnect from the car API Example Python Clientįrom anki_sdk import api # Create the client and establish a connection to the server client = api. stop_notify() # Stop receiving notifications from the car car. PING_RESPONSE) def ping_response( sender, data):Ĭar. # Define a callback function for when a ping response is received car. STRAIGHT_TRACK) def straight_track( sender, data): # Define a callback function for when a straight track is detected car. SPECIAL_TRACK) def special_track( sender, data): # Define a callback function for when a special track is encountered car. FINISHLINE) def finish_line( sender, data): # Define a callback function for when the car crosses the finish line car. TRACK_CHANGE) def new_track( sender, data): sleep( 10) # Wait for 10 seconds # Define a callback function for when a new track is detected car. right_lane( 1.0) # Move the car to the right lane time. sleep( 10) # Wait for 10 seconds controller. left_lane( 1.0) # Move the car to the left lane time. set_speed( 500, 500) # Set the speed of the car time. Print( f"Pong! ms") # Print the ping time to the car controller. start_notify() # Start receiving notifications from the car controller = sdk. # Create a new car object with the given address car = sdk. Import anki_sdk as sdk import time def controll_car( address: str):
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