Portuguese 
English 
Spanish 
5 min of reading 
0 comments 
The Mechanic Details Why He Considers Electric Cars a Risky Bet, Citing Reduced Range, Fragile Charging Network, Frequent Failures, and Expensive Repairs that He Claims Reveal Limitations Still Ignored by Many Consumers
The debate about the role of electric cars has returned to the center of conversations in workshops and digital platforms. Mechanic Kike Ferrer’s recent appearance on Adrián G. Martín’s channel brought arguments that sparked strong reactions among enthusiasts and professionals.
The forcefulness with which he described electric vehicles as “a scam for fools” opened up space for an analysis of technological limits, gaps in infrastructure, and difficulties faced by workshops that deal daily with repairs.
The impact of his statements exposed sensitive points in a sector undergoing profound transformation and still seeking clear answers About its evolution.
-
Honda performs miracles in fuel consumption with a hatch that marks 13.2 km/l in the city and 15 km/l on the highway, leaving Polo, HB20, 208, and Onix behind and becoming a reference among compact cars without resorting to turbo or hybrid systems.
-
Six diseases that seem common but can prevent the renewal of the driver’s license for the elderly throughout Brazil and surprise experienced drivers — could any of them affect you without showing clear signs?
-
With 122 hp, fuel consumption of up to 17.7 km/l, and a trunk capacity of 440 liters, this hybrid SUV impresses even though it costs up to R$ 47,000 more than the Yaris — meet the Toyota Corolla Cross.
-
600 km with three Chinese plug-in SUVs, same mode and air conditioning on: Jaecoo 7, BYD Song Plus, and Haval H6 hit the road, and the pump reveals who was truly the most economical.
The Mechanic’s View and Trust in Asian Manufacturers
During the interview, Ferrer explained that his opinion is based on the routine of his own workshop. He highlighted that vehicles from Japan, South Korea, or China continue to lead in reliability and ease of maintenance.
According to him, these are the models that require repairs the least and represent the current benchmark in durability. His statement summarizes a perception built over the years and which, for him, remains valid despite changes in the market.
His direct evaluation of the reliability of Asian vehicles contrasts with the discourse about electric cars. Ferrer stated that their technological and environmental virtues lose strength when faced with the challenges of everyday use. For him, the problem lies not only in the vehicles but in the conditions surrounding them. This distinction was central to his argument.
Limited Infrastructure and the Theory Hard to Sustain
Ferrer explained that, to accept electric vehicles as a fully viable option, a network of charging stations would need to be as practical as current gas stations.
In his view, only a system capable of quickly recharging, with reduced costs and wide availability, would allow drivers to adopt the technology confidently. Until this structure is consolidated, he considers electric vehicles a risky choice.
The situation in Spain was mentioned as an example. Although there is rapid expansion, the number of fast chargers in operation remains below what was announced.
Moreover, not all operate as expected. Technical failures, below-promised powers, and unexpected waits continue to generate dissatisfaction. These points reinforce the criticism leveled at the “fool’s theory,” a term the mechanic used to highlight the difficulties of fully defending the current proposal for electric vehicles.
Network Expansion and Charging Habits
The discussion about infrastructure gained another layer when Ferrer mentioned that many drivers need to travel long distances to ensure recharging. He associated this reality with real range, explaining that, on certain routes, the lack of suitable points increases the total trip just to keep the vehicle functioning.
The base material also presents the view that the network is growing rapidly, driven by private operators and energy companies.
In parallel, the habit of recharging at home or work reduces the need to travel to public stations and offers more convenience than traditional models. This contrast shows how the discussion about infrastructure remains complex and multifaceted.
Difficulties for Workshops Amid Modernization
Another point raised by Ferrer was the difference between the work of a conventional workshop and servicing electric cars. In his low-cost establishment, recognized as the best in Spain for several years, he claims to offer accessible and transparent services. The comparison with what he calls the “black box” of electric vehicles sums up his concern: modules, sensitive electronic systems, hard-to-replace batteries, and high-cost repairs. For him, this highlights that adapting to a new reality will be necessary.
His view coincides with warnings from industry experts in the replacement sector. Most workshops still lack the equipment, training, or clientele to dedicate resources to servicing electric vehicles. The transformation is happening, but at a slow pace. Small businesses, with few employees, avoid investing without certainty of return.
Reduced Maintenance and Its Impact on After-Sales
The base material also highlights that electric vehicles have fewer moving parts and do not require items subject to wear, such as clutches, belts, turbochargers, or engine lubricants.
This means a lower need for maintenance and fewer visits to the workshop throughout the vehicle’s life. This characteristic reduces costs and alters the dynamics of after-sales.
Despite this, doubts remain about deeper repairs. Although they perform well in the first years, situations requiring complex interventions or battery replacement can create difficulties in finding prepared workshops, in addition to high costs. The uncertainty weighs on potential buyers, especially when the technical and structural landscape is still evolving.
Warranties, Battery Durability, and Industry Advances
To alleviate concerns, manufacturers typically offer warranties ranging from eight to ten years for batteries. Practical studies reveal moderate degradation after long distances, generally between 5% and 10% after 150,000 km.
The development of LFP batteries and new, more stable chemical compositions has further reduced risks of overheating and accelerated wear. These advances reinforce confidence in the continuity of electrification.
The Strength of Asia and the Role of Hydrogen
The base material also addresses the evolution of the Asian market. Ferrer stated that Japan, South Korea, and China have surpassed Europe in quality and reliability. For him, these brands offer durability and technological innovation that drive global adoption of electric vehicles. The combination of efficiency, safety, and reduced environmental impact has consolidated Asia as a benchmark.
At the same time, he points out that challenges remain. Battery degradation and high replacement costs still affect perceptions of vehicle longevity. Nevertheless, he views electric mobility as inevitable and positive for reducing emissions and encouraging sustainable technologies.
Ferrer also mentioned hydrogen as a promising alternative. According to him, it is essentially another form of electrification. Although the focus remains on conventional electric vehicles, he believes hydrogen will have a place in technological advancement, especially in regions that are already leading the transition to new forms of mobility.
-
Uma pessoa reagiu a isso.