Tesla's Model 2 'Redwood' Compact Crossover: Unveiling 3 Stunning Feature Upgrade. First Look
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00:00 Intro
00:28 What’s the New Battery Technology for the Tesla Model 2 Redwood?
03:35 What’s the New Software Update on the Tesla Model 2 Redwood?
06:06 How Is Tesla's New Patent for Automated Sanitation Coming to the Model 2 Redwood?
12:15 Outro
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#Adamtechus #teslaadamtech #tesla #model2 #teslamodel2
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Tesla's Model 2 'Redwood' Compact Crossover: Unveiling 3 Stunning Feature Upgrade. First Look
Tesla's highly anticipated $25,000 vehicle, the Model 2 Redwood, has just received a major update. The latest advancements include cutting-edge technology, a revolutionary battery system, and innovative software enhancements from Tesla’s expert partners and suppliers. What capabilities will these updates bring to the Model 2? How far has the development of this affordable model progressed? Join us in today's video as we explore these exciting new features.
What’s the New Battery Technology for the Tesla Model 2 Redwood?
Tesla's Model 2 'Redwood' Compact Crossover: Unveiling 3 Stunning Feature Upgrade. First Look
One of the most exciting updates for the Tesla Model 2 Redwood is the introduction of cutting-edge battery technology. The new battery packs promise higher energy density and lower costs, thanks to innovative advancements. In a recent Munro Live video, Sandy Munro highlighted the new battery tech from Saku, which has gained acclaim for its use of polymer instead of metal in battery cells.
Tesla's Model 2 'Redwood' Compact Crossover: Unveiling 3 Stunning Feature Upgrade. First Look
Traditionally, battery cells incorporate metals like copper and aluminum for conducting electricity. Saku's technology eliminates these metals, replacing them with polymer, reducing both the weight and production costs of the batteries. This makes the batteries lighter, cheaper to manufacture, and easier to recycle. Furthermore, Saku employs a dry printing technology that eliminates the need for liquid or adhesive during the production process. By printing all the layers of the battery, Saku can enhance early-stage quality control and minimize material waste, leading to more efficient production and cost savings.
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