Front License Plate Frame Installation Mustang Mach-E: Drill & No-Drill

written 2/17/25, updated 8/24/25

Overview

What

Installing a front license plate frame by both drill and no-drill methods for 2024 Ford Mustang Mach-E GT Rally

Why

To comply with state regulations for display of front tags

Time and Effort

Time: 5-20 minutes

Effort: Easy

Materials & Cost

Supplies

No-Drill

  • 3M Double Sided Waterproof VHB Mounting Foam Tape, 1.18in x 16.5 ft
  • Scissors
  • 91% Isopropyl Alcohol Wipe
  • Adhesion Promoter
  • 180-320 grit Sandpaper
  • Painter’s Tape
  • License Plate Frame (OEM)
  • Plate Frame Hardware (OEM)

Drill

  • Plastic (Poly) Rivet Gun
  • 1/4″ Drill Bit and Driver
  • License Plate Frame (OEM)
  • Plate Frame Hardware (OEM)

Cost

  • $16.99 for 3M tape roll (Amazon)
  • $13.95 for 3-pack Adhesion Promoter packets (Amazon – $4.65 per packet)
  • $17.99 for Plastic Rivet Gun set (Amazon or cheaper from Harbor Freight)
  • Free all others (owned, came with car)

Process: Drill

Pros: Secure, worry-free, fast

Cons: Create holes in bumper (could affect collector’s value), can’t remove easily

  • Find factory dimples on the bumper
  • Using a 1/4″ drill bit, drill holes
  • The 3rd/bottom hole does not have a factory guide dimple

Align and hold the frame to the car in line with the 2 dimples to use it as a template for bottom hole during installation

  • Find the plastic Pop Rivets that came with the frame. Push them through the frame and into the bumper
  • Slide the Rivet Gun over the part sticking out, and squeeze. This will compress the anchor back against the bumper. Release and squeeze again. You should hear a loud CLICK and the rod should come off (*See Notes for a look into how it works)

NOTE: You might have to squeeze a few times, making sure the gun is seated all the way against the frame. If it fails (the rod breaks off, but the rivet does not hold) push it out and try with the other rivet. In case this happens, and you don’t have a spare, make sure to do the top 2 holes first because the frame will hold fine with just two attachments. See Notes section for more information on the hardware

  • Slide the plate into the bracket, secure with screws

DONE!

Process: No-Drill

Pros: Removable, no holes drilled into bumper, no mar after removal

Cons: Not 100% secure, chance of losing plate and frame

WARNING: My first attempt at this failed after a month. At the time, it was installed in the cold winter weather, and I did not employ the use of an adhesion promoter/sandpaper. This is written with the revisions in place. *See NOTES section for my updates regarding success/failure

  • Make sure your license plate frame has enough surface contact areas to adhere it well to the car with 3M tape

This is the vehicle’s original plate frame

  • Go out to your car and dry-fit the frame according to the factory dimpling on the bumper
  • Using painter’s tape, mark out borders to help with aligning (Recommend using strips that attach to both the frame and the car for easiest aligning)
  • Install license plate to frame (Can do this as the last step, if you prefer)

The OEM hardware will not scratch the car, stopping short of the end of the holes

  • With 180-320 grit Sandpaper, use circular motions to rough up the surfaces where the tape will attach
  • Soak either a cotton pad or cotton ball with Rubbing Alcohol (higher percent will dry faster) or use alcohol wipes
  • Wipe down surfaces with the alcohol and wait for them to dry all the way
  • Open the Adhesion Promoter packet (I’d recommend gloves here) and wipe each contact point with a thin layer
  • Allow to dry (90-120 seconds)
  • Measure out and cut the VHB 3M Tape to the size you need for your plate
  • Apply the sticky side to the plate, leaving the other side of the tape (the one that will contact the car) still covered

NOTE: 3M’s instruction for this tape recommends heating up with a hair dryer if using in the winter. This tape is also moveable until compressed and moving it should not affect adhesion properties. Viscosity reaches maximum increase by 72 hours.

Recommended: partially remove the liners in the house before going outside. It can adhere tightly, so you may need to use tweezers if your nails aren’t able to get a good hold

  • Go out to your car
  • Dry fit the frame again, if you’d like
  • Use Rubbing Alcohol to wipe clean the install area of the car, making sure all foreign debris is removed (otherwise the tape will adhere to the debris instead of the car)
  • Wait until it it has evaporated
  • Peel off the liners from the mounting tape
  • Align with the painter’s tape
  • Press
  • Keep pressing with decent pressure for at least a minute (I did around 2-3 minutes. It was easiest with my feet while I messed around on a phone for a bit)
  • Remove the painter’s tape
I tugged and wiggled it. Firm and strong hold!

Done!

Notes

  • Update 2/27/25 (10 days later): Still holding strong and no problems! Been on the highway, through work zones, lots of potholes, speed bumps, took turns too quickly, and plenty of stop and go traffic. So far, so good.
  • Update 3/25/25 (1 month): FAILURE!! Went to walk the dog and found the license plate frame on the ground! Good thing it was at home. I’ve decided to leave the instructions and post, up, though, because I still think it’s doable with some revisions.
  • It’s important to note that all the 3M tape was still adhered well to the car. In fact, they were difficult to remove. Removal left a clean, unmarred surface — exactly the point of adhering as opposed to poking holes. This means that the failure point was on the side of the bracket, and not the tape or the car portion. I wonder if it was because the weather started to change. I installed it in the cold winter, and it fell off when the days warmed up and overnight.
  • Update 3/30/25: Compromise. While I did not want to risk the plate falling off again (what if it happens while on the road?) I still think that it’s possible to adhere with 3M tape without drilling. So, what I did this time was use the drill method for the top two holes and applied the revision process (adhesion promoter and sandpaper) for the lower hole. That way, I have it secure AND I didn’t drill into non-dimpled bumper. I will monitor and continue observing the bond of the lower portion of the frame at regular intervals to see if it holds up
  • Update 8/24/25: With the physical attachments, my bracket has not fallen off, of course. I went to try and tug on the bottom part of the frame where there is just the adhesion, and while it didn’t move much, I can’t really get a good read because of the hardware on the upper portion. At this point, I’m going to say that I do NOT recommend the No-Drill method, but you are welcome to try! If you do, comment and let me know if it works for you!
  • If you look at the wording on the back of the plate frame, you see the letters “PP+EPDM.” These stand for PolyPropylene (PP), plastic, and ethylene-propylene-diene monomers (EPDM), a synthetic rubber. 

Hardware Information

Container License Plate Hardware

BB53-17A386-AA

Ford

1/4″ thickness in hole

1/4″ thickness screws

Plastic Pop Rivet – How it Works

Start

Top View

Bottom View

For fun, I tried it with double thickness to see what would happen. The first attempt failed, highlighting that if the ridged portion does not grab, then it will not stay in place and become loose. The second attempt succeeded but was extremely difficult to squeeze.

You can see how there’s more of the ridged part on the single thickness before it cut off

Here’s the failed rivet

Daifuku (Red Bean Mochi) Recipe

written 12/8/24, updated 12/8/24

What

Japanese dessert. It’s mochi (sweet glutinous rice flour), a chewy rice cake, wrapped around a filling, usually anko (sweet red bean paste). Can be filled with other ingredients like mung bean, fresh cut fruit, ice cream, or custard, and colored with powders (such as matcha powder), fresh fruit puree, or food coloring.

This recipe is made in the microwave for ease, but can also be steamed

*See Notes for more details

Ingredients

1 Cup Shiratamako or Mochiko Sweet Rice Flour (*See Notes)

¼ – ½ Cup Sugar (more or less as desired)

1 Cup Water

1 Cup Anko (sweet red bean paste, bought or made)

Katakuriko (potato starch or cornstarch as needed for dusting)

Supplies

Heat-proof bowl

Silicone Spatula

Silicone Whisk

Plastic Wrap/Microwave Cover

Parchment Paper

Baking Sheet/Tray

Time and Serving

Time: 5 minutes combine + 2 minutes microwave + 20 minutes shaping = 30 minutes

Serving: 8 pieces

Directions

  • Prepare your Anko filling
  • On a tray or baking sheet, do the same thing and set aside (this is where you’ll put the formed daifuku)
  • Whisk together Flour (1 Cup) and Sugar (¼ – ½ Cup, to your desire)
  • Add the Water (1 Cup) and combine with the silicone spatula until it forms a smooth batter
  • Cover with either plastic wrap or microwave lid
  • Microwave for about 1.5 minutes
  • Remove and stir well
  • Return to microwave for another 1.5 minutes
  • It should have formed a shiny, smooth dough, a somewhat hard lump, different from the batter from before
  • If not, then return for 30 seconds at a time, stirring in between
  • Dust your parchment paper workspace with either potato starch or cornstarch
  • Scrape the dough out onto your workspace (Be careful, it’s going to be HOT)
  • Sprinkle starch as needed to make it less sticky
  • Divide the hot dough into equal portions
  • Roll them into flat disks
  • Put your Anko filling into the middle and pinch the ends to close them
  • Place it seam side down on your pre-dusted tray
  • Continue to make the rest
  • This is best enjoyed right away, or cover and refrigerate up to 2 days

Notes

Clean-Up Tips

  • Soak your bowls and implements in water to help loosen it up
  • Try not to dump the wet flour down the drain if you don’t want to deal with a clog
  • If it’s being stubborn even after soaking, use the silicone spatula to scrape the wet dough into the trashcan

Katakuriko = potato starch

Mochi vs Dango

  • Dango: term for ball-shaped foods
  • While these days the lines have blurred between the two desserts’ ingredients, traditionally, the difference is that Mochi was made from steamed glutinous RICE (grain) and pounded in a pestle, while Dango was made from non-glutinous rice FLOUR, mixed with water, kneaded, then steamed or boiled.
  • Dango is made like boba, where the little balls are boiled

When made the same way (Flour, sugar, and boil little balls) tapioca starch (cassava) will make boba, while rice flour will make dango.

Mochiko vs Shiratamako

  • Both flours are similar to each other but differ in processing
  • Both can be used in other dishes like bakery goods and as thickening agents in savory dishes
Mochiko
  • Ground when rice is dry
  • Less working time until hardening
  • Sticky, chewy texture
  • Stronger flavor
  • Finely ground flour
Shiratamako
  • Ground when rice is wet, then dried
  • Stretchier, even when cool
  • Smoother texture, more delicate
  • Good for refined desserts
  • Coarse, granular textured flour