Here's Why Fords are Crap Now
### Article: Issues with Ford Vehicles: A Comprehensive Analysis of Two Case Studies
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#### **Case Study 1: The 2021 Ford Expedition - Quality Control and Technical Challenges**
The first case study revolves around a 2021 Ford Expedition that has faced numerous technical issues since its purchase. These issues highlight concerns about the vehicle's quality control, software flaws, and reliability.
**Initial Problems and Diagnostic Process**
From the moment this vehicle was purchased, it exhibited multiple issues, including problems with the engine, transmission, and various computer modules. The owner noticed immediate defects, such as front camera malfunctions, which led to pre-collision assist warnings not functioning correctly. Additionally, there were blind spot warning indicators not working as intended.
The diagnostic process revealed a host of trouble codes related to module communication failures. Specifically, the driver's door module and image processing module showed errors, indicating broader issues with the vehicle's software and hardware interaction. The problems extended beyond minor glitches; they pointed towards systemic flaws in the vehicle's design and manufacturing processes.
**Transmission Issues**
One of the most significant issues identified was with the 10-speed transmission. Owners reported difficulty with low RPM shifts and a general "squirrelly" feeling when accelerating from a standstill. This problem persisted even when switching driving modes to Sport, which was supposed to provide a more responsive driving experience.
Testing revealed that while the vehicle's higher gears performed adequately, the lower gears exhibited noticeable delays during acceleration. The transmission's inability to smoothly transition between gears in low RPM scenarios was particularly frustrating for drivers expecting a smoother ride from a high-end SUV like the Expedition.
**Driving Experience and Software Limitations**
The owner also noted issues with the vehicle's automatic start-stop feature, which caused unwanted interruptions during stop-and-go traffic. This feature, intended to improve fuel efficiency, often left drivers feeling annoyed and disconnected from the driving experience.
Furthermore, the software governing various aspects of the vehicle's operation was found lacking. For instance, pre-collision assist features were inconsistent, and the infotainment system displayed a dated interface compared to competitors. These software limitations highlighted Ford's struggle to integrate advanced driver-assistance systems effectively into their vehicles.
**Quality Control Concerns**
The cumulative effect of these issues paints a concerning picture regarding Ford's quality control processes. The vehicle was purchased brand new but exhibited defects that should have been caught during the manufacturing and testing phases. This raises questions about the stringent quality checks in place at Ford facilities and whether they are adequately ensuring vehicle reliability before release.
**Conclusion: A Call for Improvement**
The 2021 Ford Expedition's case underscores the need for Ford to address systemic issues in their vehicles' design, software integration, and quality control processes. While the vehicle offers a powerful engine and comfortable interior, its technical shortcomings detract from an otherwise positive ownership experience.
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#### **Case Study 2: The F-150 Lightning Electric Truck - A Struggle with Functionality and Utility**
The second case study focuses on an owner's experience with an electric Ford F-150 Lightning truck. This section explores the challenges faced by the lessee, including charging difficulties, range limitations in cold weather, and towing capabilities.
**Leasing Experience: A Mixed Bag**
The owner decided to lease the F-150 Lightning after being impressed by its potential as a heavy-duty electric vehicle. However, their experience has been far from ideal. The primary issue revolves around the vehicle's charging infrastructure and compatibility with various charging stations.
**Charging Challenges**
The owner faced significant challenges when attempting to charge the truck using public charging stations. On one occasion, they encountered an incompatibility issue while trying to use a Tesla Supercharger via an adapter. This incident resulted in a faulty code being stored in the vehicle's system, requiring manual intervention to resolve.
Moreover, the process of fully charging the truck on a standard 110V outlet proved impractical. It took upwards of three days to achieve a full charge, making it unsuitable for extended usage without access to high-speed charging stations.
**Range Limitations in Cold Weather**
The owner also experienced drastic reductions in range during cold weather conditions. While the vehicle's advertised range was 300 miles under ideal circumstances, this figure plummeted to just 210 miles when temperatures dropped below freezing. This limitation significantly impacted the truck's usability for long-distance hauling and towing operations.
**Towing Capabilities**
Another major concern was the truck's inability to handle heavy towing loads effectively. The owner reported that while the vehicle could theoretically manage up to 5,000 pounds, it struggled under actual operating conditions. This limitation left the driver frustrated, as they were unable to utilize the truck for its intended purpose of transporting heavy materials.
**Comparison to Traditional F-150s**
In contrast to conventional gasoline-powered F-150s, which are renowned for their reliability and versatility, the electric variant presented several drawbacks. The high cost of electricity, often exceeding savings from reduced fuel usage, made it a less economical choice for the owner. Additionally, the vehicle's quiet operation, while a plus in urban environments, made it less suitable for rural or off-road driving scenarios where engine noise can be beneficial.
**Conclusion: A Glimpse into Ford's Electric Future**
The F-150 Lightning case study provides valuable insights into the challenges of transitioning to electric vehicles. While the technology offers promising potential with zero emissions and advanced features, it is imperative for manufacturers like Ford to address current limitations regarding charging infrastructure, range in adverse conditions, and towing capabilities. Until these issues are resolved, the practicality of all-electric trucks remains limited.
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#### **Final Thoughts**
Both case studies collectively highlight the ongoing challenges faced by Ford Motor Company as they strive to produce vehicles that meet modern consumer expectations. From the 2021 Expedition's quality control failures and software glitches to the F-150 Lightning's charging and range limitations, these issues underscore the complexities of contemporary automotive engineering.
As automakers worldwide transition towards electric and hybrid technologies, companies must prioritize robust testing protocols and comprehensive quality control measures. By addressing these shortcomings, manufacturers can build vehicles that deliver on their promises of reliability, performance, and innovation.
For consumers, these case studies serve as a reminder to conduct thorough research and consider the practical limitations of newer vehicle technologies before making significant purchasing decisions.