# 630 Km, One Charging Stop: This Tesla Model Y L Road Trip Takes On Range Anxiety > A Tesla Model Y L AWD covered 630.7 km from Hyderabad to Makkinavarigudem and back, with one 23% charging top-up and reported efficiency of 7.97 km/kWh. - **Author**: Prakash - **Published**: 2026-10-04 - **Modified**: 2026-10-05 - **Category**: news - **URL**: https://bestev.in/news/630-km-one-charging-stop-this-tesla-model-y-l-road-trip-takes-on-range-anxiety-20261004 --- **A Hyderabad-Makkinavarigudem round trip returned a reported 7.97 km per kWh, with one charging stop adding 23 percentage points of battery charge for an extra safety margin.** For many people considering an electric car, the biggest question arrives before the journey even begins: **"Will I have enough charge to get back?"** A Tesla Model Y L AWD road trip shared by **@abhidev** offers a real-world example of how that question can play out. The journey from Hyderabad to Makkinavarigudem, followed by local driving and the return trip, covered **630.7 km**. Along the way, the driver reported one charging stop, adding **23 percentage points of battery charge** as an extra precaution. The distance grabs attention. But the more interesting story is how differently the car performed on the outward and return legs--and what that tells prospective EV owners about planning a long drive. ## The trip in numbers According to the trip details shared by @abhidev: | Trip measure | Entire journey | Hyderabad -> Makkinavarigudem | Local driving + return | | --- | ---: | ---: | ---: | | Distance | **630.7 km** | 306.5 km | 324.2 km | | Reported energy consumption | **125.5 Wh/km** | 102.5 Wh/km | 147.4 Wh/km | | Reported efficiency | **7.97 km/kWh** | 9.76 km/kWh | 6.78 km/kWh | | Cumulative battery charge consumed | **97 percentage points** | 39 percentage points | 58 percentage points | **Charging during the journey:** One stop, adding 23 percentage points of charge. These are driver-reported figures. The supplied account does not specify average speed, passenger load, weather, charging duration or the starting and finishing battery percentages. ## The outbound leg: 306.5 km using 39% battery charge The Hyderabad-to-Makkinavarigudem leg delivered the standout efficiency figure. Over **306.5 km**, the Tesla reportedly consumed **102.5 Wh/km**, equivalent to approximately **9.76 km per kWh**. Battery charge consumed on this leg was reported at **39 percentage points**. The driver attributed the strong outbound efficiency partly to the route's elevation drop. That detail matters. Travelling downhill can reduce the energy required to cover a distance, while regenerative braking can recover some energy when the car slows. An especially efficient outward journey therefore needs to be considered alongside the return leg. For this trip, the return figures provided that context. ## The journey back shows why route matters Local driving and the return to Hyderabad covered another **324.2 km**. Reported consumption rose to **147.4 Wh/km**, with efficiency at **6.78 km per kWh**. This portion used **58 percentage points** of battery charge. That is roughly **44% higher energy consumption per kilometre** than the outward leg, calculated from the reported figures. The difference is a useful reminder for anyone planning an electric-car road trip: **the same journey in opposite directions can have very different energy requirements.** Elevation, speed, traffic, air-conditioning use and weather can all affect consumption. The available account does not isolate how much each factor contributed here, but the contrast between the two legs shows why outward-trip efficiency alone should not determine the return-trip charging plan. ## One 23% top-up added breathing room The driver reported adding **23% charge at one stop**, describing it as an extra safety measure. That is arguably the most useful part of the story for prospective EV owners. A charging stop can provide a comfortable reserve instead of waiting until the battery is nearly empty. However, this was **a 630.7 km journey with a charging stop**, rather than a demonstrated 630.7 km single-charge run. The reported **97% charge consumed** represents cumulative usage across the journey. It should not be read as the battery percentage remaining at the finish, or as proof of how far the car would travel without charging. The account also does not disclose how long the stop lasted, so it cannot establish a charging-time claim. What it does show is that the driver completed the trip with **one reported top-up**, rather than a succession of charging stops. ## What does 7.97 km per kWh mean? Across the full trip, reported efficiency was **7.97 km per kWh**. In more familiar terms, the reported consumption of **125.5 Wh/km** is equivalent to approximately **12.55 kWh per 100 km**. Applying that consumption figure to the total distance suggests roughly **79.2 kWh of driving energy** for the journey. This is a calculation from the supplied trip figures, rather than a measurement of electricity drawn from a charger. Charging losses mean the electricity purchased can be higher than the energy used by the vehicle. Without charging tariffs and energy-delivery records, an accurate trip-cost figure cannot be established. Still, the efficiency result gives readers something more useful than distance alone: a picture of how much energy the car reportedly needed to complete the drive. ## What Indian EV buyers can learn from this trip This journey offers three practical lessons. **Plan both directions.** A favourable outbound route can make efficiency look exceptional. The return may require more energy, particularly when elevation changes. **Keep a reserve.** A modest top-up can add flexibility for local driving, diversions or higher-than-expected consumption. **Look beyond advertised range.** Real trip reports become most useful when they include distance, energy consumption, terrain and charging stops together. One journey cannot guarantee the same result for every driver. But this account gives prospective owners a concrete example of a long intercity trip completed with one reported charging stop. Explore the [BestEV electric-car catalogue](https://bestev.in/electric-cars) to shortlist vehicles for your driving needs. Also read our [Tesla India sales update](https://bestev.in/news/tesla-india-sales-cross-1000-september-deliveries-hit-record-291-20261003). ## Range anxiety meets a real journey The driver's opening line was playful: "Range anxiety is real... for the ones watching the EV fly past." The numbers make a more practical point. **630.7 km travelled. One charging stop. A 23% top-up for added confidence.** For buyers wondering whether an electric SUV can handle journeys beyond the city, this Hyderabad-Makkinavarigudem round trip offers an encouraging example. Its strongest lesson is simple: understanding the route and keeping a sensible charging margin can make a long EV drive easier to plan. *Source: Trip account attributed to [@abhidev on X](https://x.com/abhidev), supplied for this article. Figures are driver-reported; this is not an independently conducted BestEV range test.* --- - [More news articles](https://bestev.in/news/category/news) - [All articles](https://bestev.in/news)