Garmin Screen Fix

Repairing a Garmin 530 screen.

The screen started to become unbonded. Started at the top and worked it’s way down until the whole boarder was unglued.

Carefully pried the screen off, being sure not to damage the flat flex cable at the bottom.

Cleaned the boarder and underside of screen with an alcohol sponge.

Prepared the epoxy and carefully applied a light bead on the inside ledge of the case. Then, after pressing the screen back in, wiped down any excess epoxy while it was still soft.

Used what there was lying around to press the screen in place while the epoxy hardens.

Garmin Screen Fix

Repairing a Garmin 530 screen.

The screen started to become unbonded. Started at the top and worked it’s way down until the whole boarder was unglued.

Carefully pried the screen off, being sure not to damage the flat flex cable at the bottom.

Cleaned the boarder and underside of screen with an alcohol sponge.

Prepared the epoxy and carefully applied a light bead on the inside ledge of the case. Then, after pressing the screen back in, wiped down any excess epoxy while it was still soft.

Used what there was lying around to press the screen in place while the epoxy hardens.

Light Bicycle WR50 Wheelset

I was looking forward to selling my previous Lun Hyper wheelset so I could invest in something new. While many overseas companies are fully aboard the carbon-spoke trend, I wanted a more traditional wheel with steel spokes paired with a modern, wider rim. Light Bicycle offered the customization I was looking for—without an overly exorbitant price tag.

The Custom Order

When ordering the wheels, Light Bicycle had a nice interface to show the order status as well as who was working on each stage. The feedback from the point of contact via email whenever a question or concern was raised was very quick.

The order was placed August 7, 2025

It was shipped September 30, 2025

It was delivered October 20, 2025

The Custom Wheels

HUB-F DT SWISS 240 EXP Black 12 / 100mm straight pull Center lock 24H 
HUB-R DT SWISS 240 EXP Black 12 / 142mm straight pull Center lock 24H EXP 36 Shimano Road 11S Alloy
Sapim CX Ray
Sapim Brass Black nipples
WR50 disc Standard Hook UD Paintless Disc 24H External Hole With Drain Holes No Access Holes 5 Years 
WR50 disc Standard Hook UD Paintless Disc 24H External Hole With Drain Holes No Access Holes 5 Years 
Centered (Traditional)

+4 additional spokes

+10% discount for the 14 year anniversary sale

+free 14 year anniversary backpack gift.

$1,223.40

NOTE: Oversees shipping was done via MTS-Sea (Multimodal Transport Service) and UPS handled the delivery upon arrival at the port of Los Angeles. I did not have to pay any additional import tariffs.

The rims look to be very solid. The fairing is solid and no imperfections could be found on the outside. There are some wheels in which you can feel how thin the side of the rim is. That is not the case for these. The holes that were drilled look to be very clean. These rims were not drilled for nipple access holes. Even though it will make nipple replacement a little more challenging, the rim will be just a little more stiff. The finish is also a unique carbon shimmer.

Tires

The tires are GP5000 S 30mm on the rear and GP5000 AS 28mm on the front. The front tire looks like it could have been a little narrower for a more aero rim profile.

Tires measured 32.67mm rear and 30.58mm front with a digital caliper.

Reservations

This wheelset is full custom, with the rim being made to order and then built up. After all this time and energy and money spent, the freehub came with a defect. When the wheel is installed and the axle threaded in, the freehub becomes seized and does not rotate in either direction. The wheel spins smooth otherwise. Turns out the shim/spacer in the freehub was undersized. It rattles when shaken as shown in the picture. This would explain the seizing issue. With the axle threaded, it would compress the freehub due to the gap made by the undersized spacer.

Light Bicycle was unable to provide any input or assistance. DT Swiss however was able to confirm the issue and agreed to send a new freehub body. Just need to wait a little bit longer.

Additionally, with the DT Swiss ratchet patent expired, other companies are already making improvements to the design. For instance, Elite has new hubs with a conical ratchet. DT swiss also has their DEG hubs but this technology has not trickled down into road hubsets yet.

I was also curious why the rear hub lacing was not done perpendicular to the hub for a more tangential and direct torque transfer. Perhaps the increased spoke length was an issue. Or the angled spoke might give the wheel more spring.

Lastly, the rear hub axle is anodized for added durability. However, the front hub axle is not. Light Bicycle was unable to provide any explanation on this.

Update

While waiting for a new freehub to arrive from DTSwiss, I reached out to a local machine shop to see if they could help in sorting out a new spacer of correct dimensions. After sizing everything up, the owner was able to get one made on the spot. The one installed was about 1/8″ too short.

It’s amazing that places like this still exist, albeit they’re under a lot of pressure of being phased out. Once installed, the wheel worked. Support your local industry.

Infrastructure Review: Oakland Grand Ave. & Harrison St.

Background

Oakland’s Grand Ave. Complete Streets program aims to improve traffic safety for bicyclists, pedestrians, and other traffic users. These goals are achieved by slowing down traffic in key corridors via the implementation of traffic calming measures. This particular intersection is also a part of Oakland’s Lakeside Family Streets. Although the new infrastructure does improve the chances of reduced speeds, there are still potential conflicts that could be fatal.

Bike Lane

The bike lanes run in all directions through the intersection. The east and westbound lanes are highlighted above. These improvements meet the Manual on Uniform Traffic Control Devices (MUTCD) and Federal Highway Administration’s (FHWA) mandatory guidelines and also incorporate optional design features such as green bike lanes, intersection markings with some areas functioning like bike-boxes.

The new design eliminated the previous marge lane that saw traffic conflicts between buses and the bus stop at the corner, personal vehicles, and cyclists.

Previous Conditions
New Construction

There is greater separation of traffic modes with buses and other vehicles now having to share the right lane, even during bus pick-up and drop-offs. The bike lane is given a protected right shoulder and pedestrians have access to a wide sidewalk. By creating this protected lane for cyclists, vehicles must now make a wider right turns. Although these improvements create separation, there are still design features that limit bicycle throughput and create new potential risks.

The improvements maintain bicycle lane continuity but the bicycle lane includes chicanes that introduce new risks. The bicycle lane has two chicane’s, one on each side of the intersection. This impedes bicycle throughput and is most restrictive when traveling eastbound on Grand Ave. due to the downhill gradient and higher bicycle speeds. Greater braking is needed to navigate the chicanes and avoid potential pedestrian and traffic conflicts. These features aim to increase safety via reduction of speeds instead of maintaining smooth uninterrupted bicycle travel lanes through the intersection and this is due to the bus stop at the intersection.

Risky bulb-outs. At night or when visibility is low, the bulb-out at the corner protrudes into a cyclists path. As mentioned above, with a cyclist traveling at a greater speed due to the downhill gradient of Grand Ave., they are put at a potential risk and required to navigate the chicane without hitting the bulb-out. There is a non-zero probability of a cyclist not seeing the bulb out in time and crashing, and having their momentum carry them into the traffic lane or intersection. If a car is making a right turn or traveling through the intersection at this time, the accident could be fatal.

The right turn conflict is worsened. A second point with potential conflict is the right turn. When traffic is stopped, cyclists will not have clear visibility of stopped cars, nor will they be able to see cars turning right because the protected green bike path will be treated like a bike box, and the cyclist will be stopped further ahead of traffic. One instance where a vehicle and bike collsion could prove fatal is if a light turns green and a cyclists begins to pedal from a stand still while a car traveling down Grand Ave. is entering the intersection with speed, the vehicle will have a decreased chance of seeing the cyclist due to the chicane because the bicyclist will be further ahead and further to the right. The cyclist will be vulnerable and unable to see the car approaching from behind and turning right. If a car is navigating the right turn and notices the bulb out, there will be a moment when their attention will be focused on not hitting the bulb-out and taken not on a cyclist traveling in the bike lane.

Stop Locations of Cyclists and Vehicles

The radius of the curve for turning vehicles is also hazardous for vehicles. As mentioned above, the bulb-out may distract the driver turning right. The nature of the bulb out is such that cars, especially longer vehicles, have difficulty turning around two apexes. Even though the construction was recently completed, there are already visible tire marks shown on the bulb-outs.

In conclusion, the traffic measures are effective at separating vehicle traffic from bicycle and pedestrians but create other problems. Vehicle throughput is hindered due to the shared bus stop at the intersection on Grand Ave. east bound. Bicycle throughput is also hindered due to the chicanes at the intersection. The bulb out also poses a hazard to cyclists because it protrudes into the cyclists’ path continuity. The cyclists also must be more acutely aware of cars turning right due to staggered stop positions. The design features do not make for smooth traffic flow through the intersection for vehicles turning right and cyclists traveling straight through the intersection. An intersection with more obstacles does not make an intersection more safe.

It would be more ideal to have the bike lane be protected, continuous, and straight through the intersection while having vehicles reduce their speed when making right turns.