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Adam Engst of TidBITS is here to talk about one of my favorite subjects: electric vehicles and their high-tech features. In particular, he's enamored with Digital Key 2 with the IONIQ EV he just purchased. Of course you can read his full article about his experience with Digital Key 2 at tidbits.com/...
We can't stay on one topic, so we also talked about how he's handling the increased range of a full EV after spending more than a decade driving a Nissan Leaf EV with very low range. He explains how he uses the tool A Better Route Planner from abetterrouteplanner.com/... to help him plan his longer trips.
During the discussion, he spoke of the effect a headwind can have on the range of an EV. I promised to include a link in the shownotes to Steve Sheridan's terrific article explaining why EVs are more affected by wind and going uphill than internal combustion engine (ICE) vehicles. Spoiler, it's because ICE vehicles are so inefficient, losing 80% of the energy rather than using it to propel the car forward.
Read an unedited, auto-generated transcript with chapter marks: CCATP_2026_04_21
By Allison Sheridan4.8
99 ratings
Adam Engst of TidBITS is here to talk about one of my favorite subjects: electric vehicles and their high-tech features. In particular, he's enamored with Digital Key 2 with the IONIQ EV he just purchased. Of course you can read his full article about his experience with Digital Key 2 at tidbits.com/...
We can't stay on one topic, so we also talked about how he's handling the increased range of a full EV after spending more than a decade driving a Nissan Leaf EV with very low range. He explains how he uses the tool A Better Route Planner from abetterrouteplanner.com/... to help him plan his longer trips.
During the discussion, he spoke of the effect a headwind can have on the range of an EV. I promised to include a link in the shownotes to Steve Sheridan's terrific article explaining why EVs are more affected by wind and going uphill than internal combustion engine (ICE) vehicles. Spoiler, it's because ICE vehicles are so inefficient, losing 80% of the energy rather than using it to propel the car forward.
Read an unedited, auto-generated transcript with chapter marks: CCATP_2026_04_21

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