blohot
Standard Member
- Joined
- Oct 15, 2025
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- Location
- Newcastle upon Tyne
- Driving
- MGS5
If you have not seen my earlier post on my charging plan, please do so first Long motorway round trip in MG S5EV – practical charging strategy & costs. This update is on the real world data based on my completed journey.
Update after completing the trip – what worked and what didn’t
I’ve now returned from my Newcastle ↔ Southampton trip and wanted to share how the charging plan worked out in practice.
Onward journey (Newcastle → Southampton)
Update after completing the trip – what worked and what didn’t
I’ve now returned from my Newcastle ↔ Southampton trip and wanted to share how the charging plan worked out in practice.
Onward journey (Newcastle → Southampton)
- First stop was IONITY Sheffield at around 10:30 am. I charged 36 kWh at a cost of £15.50 (IONITY Power).
- My next planned stop was IONITY Fleet, but midway I realised I wouldn’t comfortably make it. I diverted to IONITY Milton Keynes instead and charged 39 kWh for £16.79.
- That top-up was sufficient to take me all the way to Southampton, making the planned Fleet stop unnecessary on the onward leg.
- I left Southampton with around 100 miles of indicated range, which was enough to reach IONITY Fleet.
- At Fleet, I charged 34.79 kWh at a cost of £14.96.
- To add an extra safety buffer, I stopped briefly at IONITY Milton Keynes, charging 14.53 kWh for £6.25.
- Final main stop was IONITY Sheffield, where I charged 46.60 kWh at a cost of £20.04.
- I arrived back in Newcastle with around 35% charge remaining.
- Total distance: ~700 miles
- Total public charging: 171 kWh
- Total public charging cost: £73.54
- 10.5p per mile
- 4.09 miles per kWh
- 43p per kWh (exactly matching the IONITY Power rate)
Key takeaways for other MG EV drivers
- Real-world motorway efficiency can be better than expected, even in winter.
- Subscription-based rapid charging (IONITY Power in my case) makes a huge difference to cost.
- Planning long legs with a backup IONITY stop (Milton Keynes) removes stress.
- Charging to 80–90% on rapid chargers is generally optimal; 100% is rarely needed.
- Long-distance EV travel is very achievable with realistic assumptions rather than WLTP figures.