In today’s article, we will take a closer look at the Tamiya BBX and explore whether it can handle rough play, or “bashing” as it is commonly known in the RC car world. This article is a compilation of my four attempts at taking the Tamiya BBX out for a spin. If you haven’t seen my previous videos on the build and initial overview of this car, I recommend checking those out first. Now, let’s delve into my experiences and see how the Tamiya BBX fared.
Buggy racing is an exhilarating sport that combines speed, skill, and precision. This article explores the excitement of buggy racing while also acknowledging the challenges that can arise during a race. From gear train issues to slipping slippers, every racer encounters obstacles that require quick thinking and problem-solving.
Can You Bash It? A Closer Look at Tamiya BBX
First Attempt: A Bumpy Start
During my first outing with the Tamiya BBX, I encountered some problems. As I was cruising around my favorite spot, a mixture of sand, wood chips, dirt, and asphalt, something unexpected happened. Suddenly, the drive shaft came loose. Surprised and bewildered, I wondered how such a critical component could just pop out.
Second Attempt: Another Setback
Undeterred by the previous mishap, I decided to give the Tamiya BBX another shot. However, history repeated itself as I faced yet another issue. While performing a daring jump, the drop shot, a part responsible for stability upon landing, came out. It seemed that the Tamiya BBX’s flexibility worked against it, as instead of breaking, components simply popped out.
Third Attempt: Some Progress
Despite the setbacks, I remained determined to put the Tamiya BBX through its paces. On my third attempt, things seemed to improve. The car performed reasonably well, and I began to regain my confidence. However, just as I thought I was in the clear, an unexpected event occurred, leaving me wondering if the Tamiya BBX could truly withstand a proper bashing session.
Fourth Attempt: The Final Frontier
Undeterred by the previous ups and downs, I decided to give the Tamiya BBX one last chance. As I embarked on my fourth outing, hope mingled with skepticism. This time, something unexpected happened once again, affirming that our journey was not yet complete. However, instead of feeling defeated, I realized there was more to explore and more videos to capture.
Improving Performance with Tools and Modifications
When it comes to RC cars, having the right tools can make all the difference in getting the most out of your experience. Unfortunately, I found myself lacking a crucial tool – a two millimeter hex – which prevented me from completing a necessary repair. As a result, my time with the car was cut short, but I still managed to achieve about half of what I had planned.
Missed Opportunities for Recording
The lack of the hex tool not only limited my progress, but it also prevented me from documenting the process. With various wooden noises in the background, I decided not to record. In hindsight, however, it would have been a good opportunity to provide a voiceover for viewers and share helpful insights. Lesson learned for future projects.
Challenges with the Initial Performance
Out of the box, the car exhibited considerable understeer on the surface I was testing it on. It required more wheel speed than I had available to consistently rotate the car on power. To address this issue, I plan to replace the existing motor with a faster one. Currently, I have a 26-tooth pinion gear, and after some research, I found that I can install a slightly larger one measuring just over 27 teeth. This modification should provide the necessary boost in speed for improved handling.
A Fun but Understeering Drive
Despite the understeer, the driving experience itself was enjoyable. The car handled like a two-wheel drive buggy, displaying plush movements and an appealing aesthetic. Its overall appearance is quite impressive, capturing attention with its sleek design. While I wrap up my current session, the thought of taking it to a track sparks anticipation for future adventures.
Potential Adjustments for Better Performance
Before hitting the track, I recognize the need to make a few adjustments to optimize the car’s performance. One area for consideration is the toe, as the current setup seems to have excessively high toe, causing the car to track too straight. By reducing the toe, I hope to improve its turn-in capability and overall handling. With these adjustments in mind, I believe this car has great potential on the track, and I eagerly look forward to exploring its capabilities.
Improving Suspension and Handling for Off-Road Vehicles
Off-roading enthusiasts are always looking for ways to enhance the performance of their vehicles. One important aspect that greatly affects the handling and stability of an off-road vehicle is its suspension. In this article, we will discuss some tips on how to improve the suspension and handling of your off-road vehicle.
Adjusting Camber and Toe
Camber refers to the angle of the wheels in relation to the vertical axis. Excessive rear camber can negatively impact the handling of the vehicle, making it less stable and prone to understeer. Consider reducing some of the rear camber and increasing it at the front to improve stability. Additionally, adjusting the toe-out, which is the angle between the wheels when viewed from above, can help enhance cornering performance.
Ensuring Proper Airflow
Good airflow around the suspension components is crucial for efficient cooling and preventing the buildup of heat. It is important to ensure that there are no obstacles blocking the airflow to the suspension. Any debris or mud that gets trapped in the suspension should have a way to get out to maintain optimum performance.
Balancing Body and Suspension
The relationship between the body of the vehicle and its suspension is crucial for stability. Properly designed suspension systems can significantly improve the handling of off-road vehicles. Ensure that your suspension is adequately designed and properly installed to optimize its performance.
Fine-Tuning the Drive Shaft
The drive shaft plays a vital role in transferring power from the engine to the wheels. It is essential to ensure that the drive shaft is aligned correctly and balanced to reduce vibrations and improve the overall performance of the vehicle. Adjusting the drive shaft can also help fine-tune the camber and toe settings, further enhancing handling.
Choosing the Right Springs
The front springs of an off-road vehicle play a crucial role in its handling. If the front springs are too soft, it can lead to understeer, where the vehicle tends to push forward and resist turning. Consider upgrading to stiffer front springs to improve the responsiveness and reduce understeer. This adjustment will help transfer weight to the front tires when braking or turning, resulting in better handling.
Considering Traction Needs
Off-road environments vary greatly in terms of traction. If your vehicle is primarily used in loose dirt or muddy terrains, it might be beneficial to gear your vehicle towards high traction. However, if you prefer off-roading in more challenging, low-traction terrains, such as sand or rocky terrain, adjusting the setup for loose dirt may yield better results.
In , improving the suspension and handling of your off-road vehicle is essential for a more enjoyable and safe off-roading experience. Adjusting the camber, toe, drive shaft, and front springs can greatly enhance your vehicle’s stability, responsiveness, and cornering performance. Considering the specific traction needs based on your preferred off-road terrains will further optimize the setup of your vehicle. With these modifications, you can take on any off-road adventure with confidence and control.
The Importance of a Proper Speed Control for RC Cars
When it comes to RC car racing, having the right equipment is crucial for optimal performance. The motor, tires, and speed control all play a significant role in how the car handles on the track. In this article, we will discuss the importance of a proper speed control and how it can affect the overall performance of your RC car.
Inconsistent Mid-Corner Grip
One of the first things you may notice when using an inadequate speed control is inconsistent mid-corner grip. As the car approaches a corner, it may change direction smoothly and react nicely initially. However, when mid-corner, it fails to hold its line effectively. This can be frustrating and hinder your ability to maintain control of the car.
Experimenting with Different Techniques
When faced with this issue, many RC car enthusiasts often start experimenting with different driving techniques in an attempt to improve mid-corner grip. They may try various combinations of throttle inputs, brake usage, and even going off-throttle altogether to see what works best. However, these techniques often prove ineffective and may even result in poor performance on the track.
The Importance of a Properly Functioning Speed Control
After extensive experimentation, it becomes evident that the real culprit behind the lack of mid-corner grip is the speed control. A properly functioning speed control is essential for maintaining consistent power delivery to the motor. It ensures that the car responds to throttle inputs accurately and provides the necessary torque for optimal performance.
Overheating and Power Drain
In the case of an inadequate speed control, overheating and power drainage can become significant issues. When the speed control is unable to handle the demands of the motor, it may heat up quickly, leading to reduced performance and potential damage. Additionally, power drainage can cause the car to lose speed suddenly, affecting lap times and overall performance.
Choosing the Right Speed Control
To avoid these issues, it is crucial to choose the right speed control for your RC car. Consider factors such as the motor’s power requirements, the track conditions, and your driving style. Investing in a higher-quality speed control with sufficient fets and the capability to handle the motor’s power output will greatly enhance your car’s performance on the track.
Addressing Understeer and Oversteer
In some cases, an inadequate speed control may contribute to understeer or oversteer issues. Understeer occurs when the front tires lose traction, causing the car to push wide in corners. Oversteer, on the other hand, happens when the rear tires lose traction, making the car spin out. Choosing a speed control that allows for precise throttle control can help address these handling issues and provide a more balanced driving experience.
The Importance of Choosing the Right Gearing for RC Cars
Understanding the Impact of Gearing on Speed Control
When it comes to RC cars, choosing the right gearing can make all the difference in their performance. As mentioned in the text, using a big gearing may initially seem like a good idea to increase speed. However, this can lead to various issues, such as overheating of the speed control system. It is crucial to understand the impact of gearing on speed control to optimize your RC car’s performance.
The Drawbacks of using an Old Brushed Motor
The article also mentions the use of an old brushed motor, which is notorious for generating excessive heat. Brushed motors act as portable heaters due to the friction between the brushes and the commutator. When paired with a big pinion gear, the heat generated by the motor can quickly cause the speed control to overheat, leading to potential problems during races or extended usage.
Transitioning to Brushless Motors for Enhanced Performance
To counter the issues caused by the big gearing and the old brushed motor, transitioning to a brushless motor is recommended. Brushless motors are known for their efficiency, reduced heat generation, and increased power output. By making this switch, you can significantly enhance your RC car’s performance while minimizing the risk of overheating and other related issues.
Optimizing Performance with the Right Motor and Gear Combination
Finding the perfect balance between motor and gear combination is crucial to achieving optimal performance. As mentioned in the text, using a 10.5 turn motor paired with a 23-tooth pinion gear proved to be the ideal setup. This combination provided enough power while allowing for proper steering control. It is essential to experiment with different motor and gear combinations to find the perfect balance for your specific RC car model.
Understanding Understeer and its Relation to Power
The text also mentions the issue of understeer when the RC car lacked sufficient power. Understeer occurs when a car’s front wheels lose traction and fail to steer the vehicle as desired. However, with the right power output, the RC car was able to overcome the understeer issue. This highlights the importance of having an appropriate motor and gear combination that can deliver enough power to enhance steering capabilities.
The Thrill of Off-Roading with Modified Rear Suspension
Off-roading enthusiasts know the joy of pushing their vehicles to the limit. The power, speed, and agility of a well-modified off-road machine can be truly exhilarating. Today, I had the opportunity to test out some modifications I made to the rear suspension of my vehicle and the difference it made was astounding. Here’s a rundown of my off-roading experience.
Improved Power and Speed
As I maneuvered through the rough terrain, I could immediately feel the improved power of the modified rear suspension. The engine roared as I effortlessly tackled inclines and overcame obstacles. The additional power provided a noticeable boost in speed, allowing me to cover more ground in less time. It was exciting to witness the enhanced performance of my vehicle.
Adjustments to the Rear End
To further enhance the rear suspension, I had made some adjustments prior to this off-roading adventure. I had reduced the toe-in significantly and added a shim at the back. The changes were already proving to be effective as I navigated through the challenging terrain. However, to achieve even better results, I planned to add another shim to the front.
The Importance of Finding the Right Balance
When making modifications to the front suspension, it is essential to find the right balance. While adding shims can improve performance, overdoing it can lead to complications. If too many shims are added to the front, it may require longer ball ends to ensure proper capture. Strike the perfect balance to avoid any potential issues.
Exploring the Steering Abilities
One aspect I was particularly interested in testing was the steering ability of my modified vehicle. With 100% steering rate and full travel, the vehicle went from lock to lock smoothly. However, upon further exploration, I noticed a lack of steering angle. To my disappointment, there was limited room for improvement in this area. Despite this minor setback, the overall experience was still immensely enjoyable.
An Adventure Filled with Trial and Error
Off-roading is all about pushing boundaries and embracing challenges. It took me three attempts to reach this off-roading site, with the first landing being particularly rough. However, I must admit that my off-road machine handled it like a champ. It’s impressive to witness the resilience and capability of a well-designed vehicle, even in the harshest conditions.
The Disappointing Lack of Bashing with Tamiya’s Two-Wheel Drive Vehicle
Exploring Tamiya: A Brand I Once Ignored
When it comes to two-wheel drive basher vehicles, Tamiya is not the first brand that comes to mind. However, I decided to give them a chance and explore what they have to offer. Although I initially had some doubts, my perspective on Tamiya has certainly changed.
The Limitations of Light Bashing
While Tamiya’s two-wheel drive vehicle is enjoyable for light bashing, it falls short when it comes to performing crazy jumps. Unlike other YouTubers who effortlessly execute impressive jumps, I find myself struggling to control the vehicle mid-air. This limitation can be disappointing for those seeking an adrenaline rush from their RC experience.
A Fun Combo for Speed Enthusiasts
Despite the lack of ability for extreme jumps, I must admit that the combination of a 10.5 turn motor and a 23-tooth pinion gear provides a satisfying level of speed. Initially, I experimented with a 26-tooth pinion gear, which increased the vehicle’s speed significantly. However, I eventually realized that the 23-tooth gear offered just the right balance without sacrificing the control I desired.
Clicking Noises and Gear Case Issues
Unfortunately, I encountered some issues with the vehicle’s gear case during my bashing sessions. Clicking noises emerged, indicating that there may be a problem in the pinion and spur area. Upon inspection, I noticed a crack in the gear case, allowing dirt and dust to enter. This compromised the overall performance of the vehicle, hindering its capabilities.
Troubleshooting and Maintenance
To address the clicking sounds and protect the internal components, I attempted to spread the gear case. Regrettably, I found myself unprepared without the necessary tools, such as a two mil Allen key. However, I made a mental note to bring the proper equipment next time to avoid such setbacks.
Title: The Joys and Challenges of Buggy Racing
Troublesome Gear Train
One of the disappointing moments in buggy racing is when the gear train starts making strange noises. Despite expecting a smooth and sealed area for optimal performance, the reality can be different. However, with a determined spirit, racers face these setbacks head-on, finding ways to adapt and work with the situation.
The Mystery of Funny Noises
During a jump, a buggy might make an unexpected funny noise, leaving the racer puzzled. However, these uncertain moments don’t overshadow the overall enjoyment of the sport. Racers often develop an affinity for their buggies, appreciating their capabilities and striving to overcome any challenges they encounter.
Thriving on the Track
Despite the occasional hiccups, buggy enthusiasts still believe their vehicles perform remarkably well on tracks. The agile and flexible nature of buggies allows them to navigate sharp turns and challenging terrains with relative ease. Whether it’s a truck forum or a vast open area, the speed and maneuverability of buggies can triumph over even the most demanding courses.
Addressing Slipper Troubles
Upon closer inspection, it’s often revealed that dust, dirt, or rocks may have affected the performance of the slipper clutch. This can lead to slipping and loss of control during races. While such issues can be frustrating, racers quickly learn to analyze and clean their buggies before hitting the track again. Addressing slipper troubles becomes part of the routine for dedicated buggy racers.
Testing at the Skatepark
Even without an official track, buggy racers find alternative locations to satisfy their need for speed. Skateparks offer a relatively suitable environment for testing and honing skills. It may not be ideal, but it provides an opportunity to gauge the responsiveness and grip of the buggy. Adjustments can be made accordingly to ensure a smooth and controlled race.
The Final Assessment
Despite the challenges and occasional setbacks, buggy racing remains an exciting and engaging sport. Each race is a learning experience, allowing racers to uncover new techniques and refine their skills. With proper maintenance, gear adjustments, and perseverance, the joy of buggy racing prevails, making it a favorite pastime for enthusiasts around the world.
The Importance of a Tidy Workspace
In our fast-paced world, it’s easy for our desks to become cluttered and messy. We often overlook the importance of maintaining a clean and organized workspace. However, studies have shown that an untidy desk can have a negative impact on productivity and mental well-being. Let’s delve into the reasons why keeping a tidy workspace is crucial.
Avoid Distractions and Stay Focused
A cluttered desk can be a breeding ground for distractions. When you have piles of papers, gadgets, and other items scattered around, your attention is constantly pulled away from your main tasks. By keeping your desk tidy and organized, you create an environment that promotes focus and concentration. With fewer distractions, you’ll be able to work more efficiently and effectively.
Maintain a Clear and Calm Mind
The state of our physical environment can have a significant impact on our mental state. When you have a messy desk, it can lead to feelings of stress, overwhelm, and even anxiety. On the other hand, a clean and organized workspace can promote a sense of clarity and calmness. By taking the time to declutter and arrange your desk, you’re not only creating a visually pleasing space but also providing yourself with a mental sanctuary.
Increase Productivity and Efficiency
A cluttered desk can lead to a decrease in productivity and efficiency. Searching for important documents, files, or tools amongst the chaos can waste precious time and energy. By implementing an organized system, such as labeled folders or storage containers, you’ll be able to quickly locate what you need and complete tasks more efficiently. This will help you accomplish more in less time, allowing you to focus on the tasks that truly matter.
Create a Professional Image
Whether you work in an office or from home, maintaining a tidy workspace is essential for projecting a professional image. A cluttered desk can make you appear disorganized and unproductive to colleagues, clients, or superiors. On the other hand, a clean and organized desk shows that you have your work under control and take pride in your professional environment.
In , the Tamiya BBX offers a mixed bag of experiences when it comes to bashing. While it may not fare well in extreme conditions, its flexibility prevents significant damage, with components often just popping out rather than breaking. So, can you bash it? Yes, but with caution. The Tamiya BBX is better suited for milder terrains and less aggressive play. Nonetheless, it is still an enjoyable RC car to experiment and have fun with. So, if you’re up for some moderate bashing, the Tamiya BBX might just be the perfect choice.
When it comes to RC car racing, the speed control plays a crucial role in determining the car’s performance. Investing in a high-quality speed control that can handle the demands of the motor is essential for optimal power delivery and consistent handling. By addressing issues such as mid-corner grip, overheating, and handling imbalances, you can greatly enhance your RC car’s performance on the track.
In , selecting the right gearing for your RC car is essential for optimizing its performance. The choice between brushed and brushless motors, as well as finding the perfect balance between motor and gear combinations, will greatly impact your car’s speed, control, and maneuverability. By understanding the relationship between gearing, motor type, and steering capabilities, you can ensure an optimal racing experience with your RC car.
Modifying the rear suspension has undoubtedly added a new level of excitement to my off-roading adventures. The improved power, speed, and maneuverability have made tackling difficult terrains an absolute thrill. While there are limitations to certain modifications, overall, the changes have significantly enhanced the performance of my vehicle. I look forward to further fine-tuning and exploring the capabilities of my off-road machine in the future.
While Tamiya’s two-wheel drive vehicle may not meet the expectations of extreme bashers, it still offers enjoyable light bashing experiences. When paired with the right motor and pinion gear, it can provide a satisfactory level of speed. However, it is important to be aware of potential gear case issues that can arise during these sessions. Despite its shortcomings, Tamiya’s vehicle has proven to be a brand worth exploring, even for those who once ignored it.
In , the importance of a tidy workspace should not be underestimated. By keeping your desk organized, you can avoid distractions, maintain a clear mind, increase productivity, and create a professional image. Taking the time to declutter and arrange your workspace will have a positive impact on your overall well-being and work performance. So, start tidying up your desk today and reap the benefits of a clean and organized workspace.