text.skipToContent text.skipToNavigation

COVID-19 & Shipping Updates

In line with government guidelines, Jaycar Auckland stores Will be CLICK & COLLECT only. All other company-owned locations outside of Auckland will be Level 2. We encourage all customers to take advantage of free delivery for online orders over $99. We thank you for your support as we continue try to keep our community and stores safe. See here for the latest on delivery delays.

DIGITECH Flux Capacitor Flux Capacitor OUTATIME 200,000.00

Flux Capacitor

CAT.NO:OUTATIME

Flux Capacitor

CAT.NO:OUTATIME

Designed to work hand in hand with a small nuclear reactor, this device will allow transport to a predefined point in the past or future.
Add to wishlist

In Stock Notification:

You'll be notified as soon as this item is back IN STOCK

or Cancel

Unsubscribe from this in stock notification

or Cancel

Notify me when in stock

Special Notification:

You'll be notified as soon as this item is on special

or Cancel

Unsubscribe from this on special notification

or Cancel

Notify me when on special
	
$200,000.00
Bulk Pricing:
1-2 $200,000.00
3-5 $200,000.00
6+ $200,000.00
Out Of Stock



Description
Designed to work hand in hand with a small nuclear reactor or other suitable power source, the flux capacitor is capable of opening up a hole in the fabric of space time allowing transportation to a user defined point in the past or future.

How it works? When the capacitor is charged with 1.21GW of energy the internal transient thermostratum begins an internal rapid particle acceleration process. The exterior of the capacitor will experience extreme ionasation followed by nano bursts of reverse quantum entanglement. During this process, it is necessary to keep the device itself accelerating through a 3 dimensional space, for example driving a car. At a user configurable velocity a time-warp bubble will open for a matter of pico seconds allowing the device, and whatever is attached, to pass through to the predefined time/date.

Specifications:
• Time displacement coeffient: ∫ dx/1 + ax = 1/a ln(1 + ax) + C
• Maximum euler logarithm:ln(cos x + i sin x) = ix
• Heat dissipation rate: ∆Q/∆t = -K×A×∆T/x
• Wavelength refraction inversion: c / λ
• Total time differentiation error rate: 10 - {g}
• Power usage: 1.21GW
• Can be retrofitted to automotive vehicles or aircraft
• Dimensions: 450(H) x 300(W) x 200(D)mm

Due back in stock October 26th 1985
...

Assembly required
Specifications
Product Dimensions

Height 23mm
Weight 150g
Length 125mm
Width 68mm
Warranty: 1955 Months
Special terms or exclusions: Temporal interference by third parties.
Downloads


DELIVERY

✔ In Stock

Out of Stock

Low Stock

Standard Freight: 2-3 days for most areas in the North Island and 3-5 for the South Island
 

CHECK IN-STORE