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When selecting skateboard wheels, understanding how size impacts your riding style and environment is crucial. Common wheel diameters range from about 50mm to 60mm or more, and each size caters to different skating needs. For beginners and street skaters focused on technical tricks, wheels between 50mm and 54mm are generally recommended. Smaller wheels are lighter and lower to the ground, offering better stability and quicker acceleration-essential for flip tricks and park skating. However, their smaller diameter means they don’t roll over cracks or rough pavement as smoothly.

Conversely, larger wheels, from 55mm to 60mm or above, excel in cruising and rougher terrain. Their increased diameter helps maintain speed and provides a smoother ride over uneven surfaces like sidewalks, rough roads, or skate parks with transitions. Yet, these larger wheels can make the skateboard feel less responsive for tight maneuvers and tricks.

Novices often benefit from sticking to medium-sized wheels, around 52mm, as a balanced starting point. This size provides decent control and stability, allowing beginners to explore various styles before fine-tuning their choice. As skaters gain experience, they might experiment with wheel hardness (durometer) and size to better match their preferred terrain and tricks. Softer, larger wheels ease cruising on rough surfaces, while harder, smaller wheels are better for grip and slide control on smooth concrete.

Seasoned skaters recommend considering your local skating environment as the top priority. If your main spots are smooth skate parks, smaller, harder wheels might be best. For commuting or cruising on rougher surfaces, larger, softer wheels will be more comfortable. Ultimately, wheel choice is personal and evolves with your style and skill level. Don’t hesitate to try different setups to see what works best for you.

When faced with an impending thunderstorm, it’s understandable to question whether to turn off your air conditioning unit. The safety of your household and the longevity of your HVAC system are legitimate concerns, especially given the unpredictable nature of storms. Lightning strikes can cause power surges or outages, both of which pose risks to sensitive electronic components inside your AC unit. A sudden surge could potentially damage the compressor, control board, or other critical parts, leading to costly repairs.

Turning off your AC during a storm can mitigate these risks, particularly if you live in an area prone to frequent lightning or unstable power grids. Additionally, unplugging the unit or using a surge protector designed for HVAC systems adds another layer of protection. However, if the storm brings oppressive heat and you rely heavily on your AC for comfort or health reasons, keeping it on might be preferable, provided your electrical infrastructure is reliable and you have protective devices in place.

Local weather patterns do matter: regions with frequent, intense thunderstorms warrant more caution. The design and age of your HVAC system also play a role – newer models with built-in surge protection capabilities are less vulnerable than older units. Finally, consider how often power fluctuations happen in your area.

To best protect your investment, assess your local risks, ensure you have adequate surge protection, and when in doubt, turning off your AC during severe thunderstorms is a prudent precaution. This balanced approach helps safeguard your system while considering your household’s comfort and safety.