Current lead time
Estimated lead time for XPV orders 1-5 business days from payment. Demand for the DNA-40D XPV remains robust so we need to keep the increased lead time.
Temperature info page posted
Here is our temperature information page with some collected thoughts and links to resources:
Technical: DNA-40D & temperature protection
Temporary repair timeframe increase
We continue to accept and complete repair jobs concurrently with production, however due to the current high volume of both orders and repairs, we need to raise the repair timeframe to 2-5 days. This is a more accurate estimate, as repairs are handled individually and usually require ongoing communication with the owner.
Thank you for your patience and understanding, and as always thank you for your ongoing interest and support!
Update to our flagship product using Evolv’s spectacular new DNA 40D board with temperature protection. We are introducing them at a special price of $204.99 for a limited time, and while supplies last we will ship them with SONY VTC5 batteries which we kept on the side just for this launch! As you may know, that alone is up to a $15 value these days. Mods will ship with a sample package of nickel wire (see item description) and you can purchase additional packs of wire.
We know there are many out there looking to get their hands on the DNA 40D board for their own projects, so we are offering a limited number of bare boards in retail box. We also have the Evolv charge boards available for DIY.
To kick off Q4, we have put all XPV products on sale for $189.99. We would like to start Q4 off on the right foot as we look to bring future products to market.
So far we have heard of relatively few issues with the new 510 connector. We hope it is working well for everyone. The connector has a depth range of approx. 3.5mm to 5mm. The relevant measurement on an atomizer is from the shoulder above the atomizer’s 510 threading to the tip of the atomizer’s positive contact (see image). This covers a wide range of atomizers, but atomizers with very long connection depth, especially those with long positive contact pins, may not screw down all the way until the shoulder contacts the connector. It is best if the shoulder does bottom on the connector, so you may want to adjust the center pin on the atomizer if it is possible. If it is not adjustable, it may be possible to reduce pin stick-out by filing down the pin itself or the insulator beneath the pin (usually delrin). Or you may want to use a different atomizer.
