Mobility Direct Blog

  • grants for mobility scooters
    Funding Assistance Mobility Scooters & Power Wheelchairs
    Acquiring a mobility scooter or electric wheelchair can significantly enhance independence and quality of life for individuals with mobility challenges. However, the associated costs can be substantial. Fortunately, various funding resources are available to assist in making these essential devices more affordable. This comprehensive guide explores multiple avenues for securing financial support, including government programs, […]
  • Can I take a mobility scooter on a bus?
    Can I Take A Mobility Scooter On A Bus?
    Using public transportation with a mobility scooter can be a unique experience. While scooters offer essential mobility for those with physical limitations, navigating crowded buses, trains, or airport shuttles presents certain challenges. If you plan to use public transit with a scooter, this guide will help prepare you for the ride and equip you with […]
  • Easy Tips for Boarding a Train with Your Mobility Scooter
    Can You Take a Mobility Scooter on a Tri-Rail Train?
    Public transit systems can be challenging to navigate, especially for those using mobility devices like scooters. This guide shares insights into traveling from a train station to an airport, emphasizing the importance of accessibility, patience, and cooperation. I also want to let you know that you can request a FREE product catalog from us, delivered […]
  • Mobility Scooter Ignition Switch
    How to Test and Replace a Mobility Scooter Ignition Switch
    If your mobility scooter won’t turn on, the issue might be with the key ignition switch. Instead of calling a technician, you can easily test and replace it yourself. This guide will show you how to troubleshoot and fix the problem, saving you time and money. Before diving into the repair process, I want to […]
  • how to fix 6 beeps
    How to Fix the 6 Beep Code on a Pride Mobility Scooter: A Step-by-Step Guide
    If your Pride Mobility Scooter emits a 6-beep code, it usually points to a malfunctioning throttle potentiometer that may need replacement. In this guide, we’ll walk you through the steps to diagnose and resolve this issue, empowering you to fix it yourself and save both time and money. Let’s dive into how to tackle this […]
  • How Long Do Mobility Scooter Batteries Last? Upgrading to Lithium
    How Long Do Mobility Scooter Batteries Last? Upgrading to Lithium
    Mobility scooters empower individuals with limited mobility, providing them with essential independence. However, the type and performance of the battery significantly impact how effectively they serve users. The two primary types of batteries for mobility scooters are Sealed Lead Acid (SLA) and Lithium, each with distinct lifespans and benefits that can greatly affect your experience. […]
  • Go-Go Scooters
    Go-Go Mobility Scooter Buying Guide: What You Need to Know!
    We’re exploring the world of Go-Go Mobility Scooters by Pride Mobility. Each model offers unique features tailored to specific needs. Before we dive in, I want to mention that you can request a FREE product catalog from us, delivered via USPS! Simply fill out the form and you’ll receive it within 1-2 weeks. We’ve been […]
  • FWD, MWD & RWD Power Chairs
    Mid-Wheel, Front-Wheel & Rear-Wheel Drive – What’s The Difference?
    Choosing the right power wheelchair is crucial for enhancing your mobility and independence. With numerous models available, it’s essential to understand the different drive types and their features. This guide explores the three primary drive types of power wheelchairs: front-wheel drive, mid-wheel drive, and rear-wheel drive. We’ll discuss their unique benefits, ideal use cases, and […]
  • eFOLDi Lite vs. Pride Mobility iGo
    eFOLDi Lite vs. Pride Mobility i-Go: An In-Depth Comparison
    We’re diving into a comprehensive review and comparison of two leading front-wheel drive folding mobility scooters: the eFoldi Light and the Pride i-Go. These scooters are designed for ease of transport and functionality, making them excellent choices for anyone seeking mobility aids that blend convenience and comfort. eFoldi Light vs. Pride i-Go   eFoldi Light […]
  • How to Fix a Loose Tiller on Different Mobility Scooters: A Step-by-Step Guide
    How to Fix a Loose Tiller on Different Mobility Scooters: A Step-by-Step Guide
    Owning a mobility scooter offers independence and ease of movement, but like any mechanical device, it requires occasional maintenance to ensure peak performance. One of the most common issues scooter users encounter is a loose tiller (the steering assembly). While this may cause concern, it’s typically a quick and simple fix. Each scooter model has […]
  • Baja Raptor 2
    Why We No Longer Sell EWheels Scooters
    At Mobility Direct, we take pride in offering only the best mobility solutions for our customers. After much consideration and based on feedback from our customers, we’ve made the difficult decision to discontinue the sale of EWheels scooters, including popular models like the EW-46 and EW-36. While EWheels scooters are known for their affordability, we […]
  • How to Convert Battery Terminals on Mobility Scooters: A Detailed Guide Picture this: you’ve just received your new mobility scooter batteries, eager to get your scooter back up and running, but there’s a catch—the connections don’t match your old ones. Instead of the familiar loop connections, you’re faced with clip-on terminals (or vice-versa). It’s a common scenario that leaves many scooter users scratching their heads. But don’t worry, in today’s guide, we will walk through the process of converting those battery terminal connectorss step-by-step. Whether you're a seasoned DIYer or new to scooter maintenance, this guide will help you avoid the hassle and cost of a trip to the repair shop, ensuring your scooter is back in action in no time. Understanding Battery Terminal Types When working with mobility scooters, you'll encounter two primary types of battery terminals: loop connections and F2 clip-on connectors. Loop connections involve a bolt or screw that threads through a circular loop, securing the connection. On the other hand, F2 terminals are flat and clip onto the battery's posts. As newer batteries typically feature F2 terminals, converting from loop connections is often necessary when replacing older batteries. Why You Might Need to Convert Battery Terminals Mobility scooters are designed for long-term use, but their batteries need replacing after a few years. When you order new batteries, they might not match the connection type of your old ones. If your old batteries use loop connectors and the new ones come with F2 clip-ons, you’ll need to convert the connections to ensure your scooter functions correctly. This conversion is not only about compatibility but also about safety, as improper connections can lead to electrical failures. Tools and Materials You’ll Need Before you start, make sure you have the following tools and materials: F2 Terminal Connectors: You can find these on Amazon. Choose heat shrink or crimpable connectors, depending on your preference. Wire Cutter and Stripper: These tools are essential for cutting and preparing the wires. Crimping Tool or Soldering Iron: To secure the F2 connectors to the wires. Electrical Tape: Provides extra security to the connections, ensuring they stay in place during use. Extra Wire (Optional): In case you need to extend the wires to reach the new terminals. Screwdriver: To open the battery case and access the terminals. Step 1: Safely Removing the Old Batteries Start by turning off your mobility scooter and disconnecting it from any power sources. Open the battery case by unscrewing the 8 to 10 screws at the bottom. Once open, you’ll see the old batteries connected with loop terminals. Carefully disconnect all wires from the batteries. It's helpful to take pictures of the wiring setup before you remove anything, as this will make reassembly easier and ensure that everything is connected correctly later. Step 2: Preparing the Wires for Conversion After disconnecting the old batteries, cut off the loop connectors from the wires. When cutting, leave as much wire as possible to ensure you have enough length to work with. This step is crucial because if you cut the wires too short, you may need to extend them, which can be tricky for beginners. Extending Wires (If Needed): If the wires are too short to reach the new terminals, you’ll need to splice in additional wire. Use a butt connector to join the old wire with a new piece. Crimp the connection securely, and then wrap it with electrical tape for added durability. This ensures that the connection stays intact, even if the scooter is subjected to vibrations during use. Step 3: Attaching the New F2 Terminal Connectors Now that your wires are ready, it’s time to attach the F2 terminal connectors. Start by stripping about a quarter-inch of insulation from the end of each wire. Twist the exposed wire strands to keep them together, then slide the F2 terminal connector over the wire. Using your crimping tool or soldering iron, secure the connector firmly to the wire. After crimping, test the connection by giving it a gentle tug. If it holds securely, wrap the connection with electrical tape to provide extra support. Step 4: Reconnecting the New Batteries With the F2 connectors attached, you can now reconnect the new batteries. Match the positive and negative terminals to their corresponding wires—typically, “red” is positive, and “black” is negative. Ensure the connections are tight and secure. Again, refer to the photos you took earlier to make sure everything is connected as it was originally. When reconnecting the wires, be mindful of the battery orientation. In most mobility scooters, the batteries are wired in series to create a 24-volt system. This means that you’ll have a positive wire going to one terminal and a negative wire going to the other, with additional wires connecting the two batteries. Step 5: Testing Your Work Before sealing the battery case, it’s important to test the connections. Using a voltmeter, check the voltage of the connected batteries. A reading of around 25 volts indicates that the batteries are correctly connected and fully charged. If the voltage is lower than expected, double-check all connections to ensure they’re secure and correctly aligned. Once you’re confident that everything is connected properly, place the batteries back into the case, making sure all wires are tucked in neatly to avoid any pinching or damage. Screw the case back together, and turn on your scooter to ensure it powers up correctly. Why Regular Maintenance Matters Proper maintenance of your mobility scooter’s batteries and connections is crucial for ensuring long-term performance. Converting battery terminals when necessary is just one aspect of this maintenance. Regularly check the condition of your battery terminals and connections, as loose or corroded terminals can lead to performance issues or even damage your scooter’s electrical system. Final Thoughts Converting battery terminals from loop connections to F2 clip-on connectors is a practical skill that every mobility scooter owner should know. By following this guide, you can perform the conversion yourself, saving time and money. Remember to work carefully, double-check all connections, and use the right tools to ensure a successful conversion. If you need new batteries or parts for your mobility scooter, we’d love to help! At Mobility Direct, we offer tax-free sales, free shipping, and 5-star rated customer support. Visit our website to browse our selection and claim a free catalog filled with coupons and the latest products.
    How to Convert Battery Terminals on Mobility Scooters: A Detailed Guide
    Picture this: you’ve just received your new mobility scooter batteries, eager to get your scooter back up and running, but there’s a catch—the connections don’t match your old ones. Instead of the familiar loop connections, you’re faced with clip-on terminals (or vice-versa). It’s a common scenario that leaves many scooter users scratching their heads. But […]
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