Sustainable Energy Car Swap Station Video
Budget: ₹3,000 – ₹5,000 INR
We want to make a small launch video, below are the detailed shots and sequence information: (under 2 mins and 26 sec short clip)
Company website: https://www.blinqmobility.com/
Adding video for your idea- https://drive.google.com/file/d/1RRfSUBIdkrTDlFyIdNf7K5aWMcGpM3n8/view?usp=sharing - rejected one
Another company: https://youtu.be/cTfdYmU2dV8?si=dIfo6l4Q1yVrWELb
OPENING: THE PROBLEM
Vehicle running on road—battery runs low
Start the video with the car moving. Show the low battery indicator on the infotainment screen (photo provided). This establishes the problem: driver is out of charge, needs a solution now.
Driver finds the map, starts driving toward the swap station
Cut to the infotainment screen showing the navigation map. The driver sees the swap station location and begins moving toward it.
Brief transition shots of the car moving toward the station
Use short driving footage to bridge the journey. Keep momentum building toward arrival.
SCENE 2: THE SWAP BEGINS
Car enters the swap station
Capture the vehicle pulling into the station. Show multiple coverage angles—the approach, rotation footage, and lighting as the car positions itself. This establishes the station environment and shows the car is in the right place.
Cut to the interior. Show the knob shift or screen touch that activates SWAP MODE. This is the trigger—the driver signals the automated process to begin.
Camera moves to the back, vehicle aligns automatically
Switch to a rear or underside view. Show the vehicle backing into position, aligning precisely with the swap station. The alignment should appear smooth and automatic.
Battery swap happens very quickly
This is the hero moment. Show one battery coming out as another goes in. Keep it fast, keep it clear. This is what makes Blinq different
Green light shows, car leaves toward the front
Show the completion signal (green light, ready indicator, whatever you have). Car drives forward, exits the station. One complete swap cycle, done.
NOW REWIND AND SHOW THE DETAILED BREAKDOWN
Rewind the entire video. Start again with glimpses of the swap station, the car entering (rotation and lighting footage from the shoot). Now shift into the detailed shots—show everything that happened, step by step.
STEP 1: ARRIVAL DETECTION & VEHICLE SHUTDOWN
Arrival detection video: Car enters the station(the one which we shared)
Use the rotation footage and lighting video you shot. Show the vehicle coming in clearly. Establish the moment of arrival.
Car off, mirrors enfold, lights off
Show the dashboard powering down. Mirrors fold. Lights turn off. Sequence these shots clearly—the car is preparing itself. The vehicle is fully powered down and ready for the automated process.
Focus on infotainment screen-
Car detected
Battery isolated(we will provide the animations)
STEP 2: ALIGNMENT & LIFT
Alignment: Show laser shots, rollers adjustment, traffic pole
Show the laser alignment system working. Show the rollers moving into position underneath the car. Show the support pole or traffic pole moving into place. These are the precision moments—show them clearly.
Car lifts (all other shots will come here)
This is a major moment. Show the car being lifted completely off the ground. Use wide angles to show the full scale. Multiple angles if you have them. Show the stability, the precision, the power of the system.
STEP 3: BATTERY SWAP
motor rotation, screws going up, .
Battery is out
Show the old battery coming out of the vehicle. Make it clear—the module is being extracted.
New battery in
Show the new battery going in. Keep the visual flow—old out, new in.
Poles go up (light), car is out
The support structure rises back up. The car settles to the ground. The vehicle is complete again.
FINAL SHOTS
A few daylight shots, then night car running shots
Show the car running on the road in daylight. Normal operation. Back to work. Then show it running at night—headlights on, moving down the road. The solution works around the clock.
Video ends
Logo
Drive Swap Repeat
Scene 1 + scene 2 can be used as small video for X
Company website: https://www.blinqmobility.com/
Adding video for your idea- https://drive.google.com/file/d/1RRfSUBIdkrTDlFyIdNf7K5aWMcGpM3n8/view?usp=sharing - rejected one
Another company: https://youtu.be/cTfdYmU2dV8?si=dIfo6l4Q1yVrWELb
OPENING: THE PROBLEM
Vehicle running on road—battery runs low
Start the video with the car moving. Show the low battery indicator on the infotainment screen (photo provided). This establishes the problem: driver is out of charge, needs a solution now.
Driver finds the map, starts driving toward the swap station
Cut to the infotainment screen showing the navigation map. The driver sees the swap station location and begins moving toward it.
Brief transition shots of the car moving toward the station
Use short driving footage to bridge the journey. Keep momentum building toward arrival.
SCENE 2: THE SWAP BEGINS
Car enters the swap station
Capture the vehicle pulling into the station. Show multiple coverage angles—the approach, rotation footage, and lighting as the car positions itself. This establishes the station environment and shows the car is in the right place.
Cut to the interior. Show the knob shift or screen touch that activates SWAP MODE. This is the trigger—the driver signals the automated process to begin.
Camera moves to the back, vehicle aligns automatically
Switch to a rear or underside view. Show the vehicle backing into position, aligning precisely with the swap station. The alignment should appear smooth and automatic.
Battery swap happens very quickly
This is the hero moment. Show one battery coming out as another goes in. Keep it fast, keep it clear. This is what makes Blinq different
Green light shows, car leaves toward the front
Show the completion signal (green light, ready indicator, whatever you have). Car drives forward, exits the station. One complete swap cycle, done.
NOW REWIND AND SHOW THE DETAILED BREAKDOWN
Rewind the entire video. Start again with glimpses of the swap station, the car entering (rotation and lighting footage from the shoot). Now shift into the detailed shots—show everything that happened, step by step.
STEP 1: ARRIVAL DETECTION & VEHICLE SHUTDOWN
Arrival detection video: Car enters the station(the one which we shared)
Use the rotation footage and lighting video you shot. Show the vehicle coming in clearly. Establish the moment of arrival.
Car off, mirrors enfold, lights off
Show the dashboard powering down. Mirrors fold. Lights turn off. Sequence these shots clearly—the car is preparing itself. The vehicle is fully powered down and ready for the automated process.
Focus on infotainment screen-
Car detected
Battery isolated(we will provide the animations)
STEP 2: ALIGNMENT & LIFT
Alignment: Show laser shots, rollers adjustment, traffic pole
Show the laser alignment system working. Show the rollers moving into position underneath the car. Show the support pole or traffic pole moving into place. These are the precision moments—show them clearly.
Car lifts (all other shots will come here)
This is a major moment. Show the car being lifted completely off the ground. Use wide angles to show the full scale. Multiple angles if you have them. Show the stability, the precision, the power of the system.
STEP 3: BATTERY SWAP
motor rotation, screws going up, .
Battery is out
Show the old battery coming out of the vehicle. Make it clear—the module is being extracted.
New battery in
Show the new battery going in. Keep the visual flow—old out, new in.
Poles go up (light), car is out
The support structure rises back up. The car settles to the ground. The vehicle is complete again.
FINAL SHOTS
A few daylight shots, then night car running shots
Show the car running on the road in daylight. Normal operation. Back to work. Then show it running at night—headlights on, moving down the road. The solution works around the clock.
Video ends
Logo
Drive Swap Repeat
Scene 1 + scene 2 can be used as small video for X