Bradbourne MSCP Bradbourne Park Road · BP Pulse
Type 2 · 13 kW3% reliability0 of 2 available
Reliability is the share of time each socket was not out of order, over the last 30 days.
How much does it cost to charge at Bradbourne MSCP Bradbourne Park Road · BP Pulse?
The operator's published price is £0.65/kWh. Prices come from the operator's own data feed and can change.
How fast is charging at Bradbourne MSCP Bradbourne Park Road · BP Pulse?
Up to 13 kW AC via Type 2.
How many charging sockets does Bradbourne MSCP Bradbourne Park Road · BP Pulse have?
2 charging sockets: 2 × 13 kW Type 2. Live per-socket availability is shown on this page.
When is Bradbourne MSCP Bradbourne Park Road · BP Pulse busiest?
Measured from recorded socket occupancy across the week, it is typically busiest around 4 pm and quietest around 7 am. The live status on this page shows what is free before you set off.
How reliable is Bradbourne MSCP Bradbourne Park Road · BP Pulse?
Amp Map measured 3% uptime here from recorded live status over the last 30 days, across 1 observed charging session.
Who operates Bradbourne MSCP Bradbourne Park Road · BP Pulse?
Bradbourne MSCP Bradbourne Park Road · BP Pulse is on the BP Pulse network.
How long does a Tesla Model Y Long Range take to charge at Bradbourne MSCP Bradbourne Park Road · BP Pulse?
A 10–80% charge takes about 5h 2m on the 13 kW Type 2 here, adding roughly 55 kWh (~£36 at the published price). Estimates assume a typical charge curve and a warm battery.
How long does a Tesla Model 3 Rear-Wheel Drive take to charge at Bradbourne MSCP Bradbourne Park Road · BP Pulse?
A 10–80% charge takes about 3h 38m on the 13 kW Type 2 here, adding roughly 40 kWh (~£26 at the published price). Estimates assume a typical charge curve and a warm battery.
How long does an Audi Q4 e-tron 50 take to charge at Bradbourne MSCP Bradbourne Park Road · BP Pulse?
A 10–80% charge takes about 4h 39m on the 13 kW Type 2 here, adding roughly 51 kWh (~£33 at the published price). Estimates assume a typical charge curve and a warm battery.
Estimates assume a typical charge curve and a warm battery.