At the end of a federal government review of Canada’s rail freight service, the Canadian Trucking Alliance is hoping the two industries can work together more efficiently.
In a submission delivered to a panel overseeing the rail freight service review, the CTA argued that trucking companies were not taking full advantage of intermodal opportunities out of frustration with service shortcomings on the part of Canada’s class 1 railways.
In a survey of CTA member carriers, 82 percent of respondents indicated they were not pleased with the current level of service. Complaints ranged from waiting times at intermodal terminals, to unreliable on-time performance, to the application of demurrage fees.
The views expressed by trucking company representatives were similar to those expressed by Canadian shippers in a study undertaken for Transport Canada by NRG Research Group.
That study, also undertaken as part of the rail freight service review, found low overall satisfaction, with 62 percent of respondents indicating they had suffered “serious financial impact as a result of poor rail freight service.”
This is unfortunate because “some trucking companies would like to move more freight over rail if only the conditions could be made more palatable,” commented David Bradley, CEO of the CTA.
“Some who have tried have given up in frustration over service issues,” he added. “If all supply chain partners work together and live up to their service obligations, the freight transportation system as a whole will become more efficient, to the benefit of Canadian manufacturers, importers, exporters and consumers.”
In its recommendations to the panel, CTA cautioned against a quick rush to legislative or regulatory fixes.
“Trucking is a bastion of free market competition, and we are loathe to suggest that bureaucratic structures be put in place that would regulate the relationship between business partners,” concluded Bradley.
Instead, CTA would like to see the class 1 railways draft action plans to respond to the expected recommendations of the panel, to be monitored by the Canadian Transportation Agency.
While not strictly within the mandate of the panel, CTA would also like to see a policy review undertaken of the impact on trucking rates of railways’ involvement in the trucking business.
Tuesday, February 22, 2011
Wednesday, February 16, 2011
Germany and France: Confronting the costs of social policies
A new study establishes the case for improving productivity. It’s time to recognize that regulation has not preserved incomes, provided access to services, or prevented job losses. An analysis of six industries: automotive, housing construction, telecom, retail banking, retail, and computer software.
West Germany and France have both enjoyed decades of steadily rising prosperity. Today, however, they are afflicted by sluggish growth, mounting social costs, and high unemployment. Within the populations, young and low-skilled workers have been hit particularly hard. More and more French and German citizens are coming to believe that their economic and social systems are in urgent need of reform.To provide a fact base for this reform, the McKinsey Global Institute compared productivity, employment, and output in France and Germany with global best practice, and investigated the causes of differences in performance.1 Like earlier studies, this project examined performance both at the economy level and at the level of several key industries: automotive, housing construction, telecom, retail banking, retail, and computer software. It then considered what governments and corporations could do to close gaps in productivity and job creation while maintaining social policy objectives.
- Weaknesses in economic performance. Comparisons with global benchmarks using purchasing power parity reveal that West Germany produces 30 percent fewer goods and services per capita than the benchmark country and has 20 percent lower labor productivity and 15 percent less employment per capita across the industries studied. France lags the benchmark for these three critical measures by 40 percent, 20 percent, and 25 percent respectively (Exhibit 1).
- World-class productivity and strong employment performance can go hand in hand. The productivity leader also enjoys higher employment levels than France and Germany in five out of the six industries studied.
- Sector-specific product market regulations are the main barriers to growth. They constrain competition and limit exposure to the world's best companies, thus inhibiting productivity. Together with inefficiencies in governance structures, they hinder innovation and the introduction of more efficient processes, which in turn restrict productivity and overall growth.
- Comparatively high minimum wages and restrictive product market regulations such as zoning laws stifle output and employment performance in both countries.
- Better economic and social performance could be achieved by separating economic policies from those with a social goal. Income tax policy could be amended to alleviate the adverse social impact of deregulation, for example.
Economic performance
Both the individual industry case studies and the aggregate survey show that France and West Germany trail global benchmarks in output and employment (Exhibit 2). The differences in output can be traced primarily to the non-manufacturing sectors, and specifically market services. In 1970, the United States, France, and Germany had similar levels of employment in these sectors. Since then, however, the amount of work done in France and Germany has declined by around 20 percent, while the United States has seen its labor input rise by almost 40 percentThe six industries studied, which together cover roughly 20 percent of the market economy, suggest that France and Germany trail the global benchmark by 20 percent. However, when the aggregate numbers for each country are compared with the total for the United States, Germany appears to hold a slight lead. We believe that the industry results give a more accurate picture than the aggregate figures, because the service and convenience components of service output are often inadequately considered at the aggregate level. Moreover, many low-value jobs that reduce overall labor productivity in the United States and that are particularly important in, for example, personal services cannot exist in France and Germany because of higher minimum wages. The absence of these low-value jobs increases unemployment and simultaneously raises average labor productivity for existing employees.While it is always better to create high-value, well-paid jobs, low-value jobs do allow people with limited skills to work, which may help them avoid social exclusion and give them a chance of moving up the income ladder. The United States has created a huge number of such jobs. In retailing, for example, it employs about 50 percent more people per capita than France and Germany. On the other hand, low minimum wages have led to greater inequalities in income distribution in the United States. In pursuit of social goals, however, governments have it in their power to create appropriate mechanisms for redistributing income.
Job creation need not be confined to low-value work. More than 80 percent of the new jobs created in services in the United States from 1990 to 1995 were in categories with better than median wage levels: managers, analysts, marketing executives, computer scientists, social workers, and lawyers, among others. In computer software, for instance, where income is well above the average, the United States employs around 50 percent more people per capita than France or Germany.
Barriers to improvement
Our analysis revealed that differences in economic performance were produced by barriers that inhibit productivity and barriers that directly stifle output and employment. The removal of these barriers would not only improve performance in the sectors affected but also create positive spillover effects in the economy as a whole.Barriers to productivity
The removal of the barriers to increased productivity was identified by the study as the primary means of fostering growth and economic renewal in France and Germany. This may surprise those who believe that productivity improvements come only from downsizing and bring job destruction and higher unemployment in their wake. On the contrary; raising productivity by introducing more valuable products and services emerged from the industry cases as the most important way of increasing output and creating high-value jobs at the same time. In every industry except automotive, the global productivity leader was also the employment leader.Improving process efficiency across the board and relaxing constraints on product and service innovation (including new business formation) appear to be the only route to world-class economic performance. They mirror the broader process of economic evolution in which employment shifts first from the agricultural sector into industry and services, and then from industry into services (Exhibit 4). Over the past century, many countries, including France and Germany, have found that vast improvements in productivity can be accomplished without any long-term rise in unemployment.
As this evolution takes place, some of today's jobs will be lost as more efficient processes release resources. However, the development of new products and services should create new jobs for these displaced workers, as well as for some of those currently unemployed
n the six industries studied, lower productivity in France and Germany appeared to derive from both a lack of innovation and the use of less efficient processes (Exhibit 6). Product market regulation and, to a lesser extent, inefficiencies in governance structures seemed to weaken the competitive and shareholder pressures that normally spur companies to innovate and improve process efficiency. Neither labor market regulations nor differences in fiscal and macroeconomic environments appeared to affect productivity performance.
In the automotive industry, overt or implicit barriers to trade and foreign direct investment shielded German and especially French manufacturers from Japanese best practice, contributing to 30 percent and 45 percent productivity gaps respectively.
Foreign and specialized players in French retail banking have been discouraged by product market regulations that determine the pricing and distribution of mortgages and deposits. These regulations prevented product differentiation and created inequitable competitive conditions.
The French and West German governments failed to provide appropriate incentives for telecom companies to price local calls at their true economic rate. Overpricing led to underutilization of the phone networks; on average, the French and Germans communicate by phone less than half as much as Americans.
In housing construction, a major constraint on productivity is the fact that local communities do not designate large enough areas of land for major construction programs to allow developers to exploit economies of scale.
Barriers to output and employment
High minimum wages have hit output and employment directly, particularly in retailing. In exactly the same store formats, Toys 'R' Us employs 30 percent fewer people in France than in the United States, for instance. With fewer staff at their disposal, retail managers are forced to reduce the level of service they offer their customers.In 1995, US minimum wages were only about 55 percent of the French level, and less than 50 percent of the collectively agreed rate for low-skilled retail work in Hamburg, for instance (no overall minimum wage exists in Germany). Around 26 percent of US labor is employed at below the official French minimum wage costs to employers.
Stringent zoning laws that lead to higher land costs also hurt retail output. Overall, the higher costs of land and labor have prevented the development of many innovative, high-service retail formats in France and Germany.
Spillover effects in the wider economy
The output and employment performance of any industry will also suffer from barriers to higher productivity or output in other sectors of the economy. The French and German computer software industries, for example, are constrained by the lack of a vibrant service sector in their local markets. Consider the financial services sector, where external IT spending per capita in the United States is almost twice the French and almost three times the German level. In the economy as a whole, the United States has close to 40 percent higher IT spending per unit of output and uses almost twice as much software per capita overall as France or Germany.The positive spillover effects in the economy that would result from the removal of barriers in other sectors emerged from our industry case studies as being critical to output and employment growth. They include the additional income that would be generated by the redeployment of resources from mature to growing sectors: for instance, from automotive to construction, banking, and retailing. To maximize these effects, governments must ensure the flexibility of labor and capital markets.
Improving economic and social performance
Most of the regulations that stifle output and job growth have been put in place to meet social objectives, such as preserving income levels (high minimum wages), providing universal access to key infrastructure (low telecom subscription fees), and preventing job losses (trade barriers in the auto industry). But as well as impairing economic performance, these measures often create secondary effects that thwart the original social objectives. Instead of guaranteeing a reasonable standard of living, high minimum wages keep low-skilled individuals out of the workforce. Instead of giving everyone access to an effective telecom infrastructure, low subscription fees, combined with artificially high call charges, limit usage, especially for the poor. Attempts to protect domestic auto industries will eventually cost more jobs than they save when the European market is opened up.Yet it is possible for governments to introduce practical reforms that will align economic and social objectives. Increased flexibility in product, capital, and labor markets aimed at promoting economic growth could be accompanied by need-based social policies such as negative income tax to compensate for lower minimum wages and telecom subsidies to the poor to compensate for higher subscription fees. Such measures should allow France and Germany to improve their economic performance and achieve social objectives at the same time.
In each of the industries we studied, we found many artificial barriers to higher growth and employment. To remove such barriers across the board—or at least to revise them with an eye to their economic implications—would bring tremendous benefits to the economies of France and Germany.
Monday, February 14, 2011
All About/The Tire Industry; Decreasing Demand and Global Competition Propel Consolidation
A decade ago, a dozen major tire manufacturers, half of them American, vied for world leadership. Today, just six giant companies, one in the process of formation, are dominant. The only one based in America is the Goodyear Tire and Rubber Company. Consolidation has come about because of slackening demand and global competition. With long-lasting radials accounting for 93 percent of new tires, motorists buy fewer replacements. Weak demand has forced companies to invade one another's territories. And as the auto industry becomes more global, auto makers favor huge tire companies that can fill their needs anywhere.
In the last five years, foreign companies have bought out most of the best-known American labels, including Firestone and Armstrong. The agreement five months ago by Groupe Michelin of France to buy the Uniroyal Goodrich Tire Company will create the world's largest tire maker - if, as expected, American antitrust regulators approve. In the United States, aside from Goodyear, only the smaller Cooper Tire Company remains independent.
Goodyear, the leader for decades, is contending for second place with the Bridgestone Corporation of Japan, which two years ago bought Firestone. Next come West German Continental A.G., which bought General Tire; Pirelli S.p.A. of Italy (Armstrong), and the Sumitomo Tire and Rubber Company of Japan (Dunlop). Two smaller Japanese makers, the Yokohama Rubber Company and the Toyo Tire and Rubber Company, are both concentrated in the Far East.
Consolidation has intensified competition to cut production costs and increase quality. The industry has become surprisingly high-tech, spending more than $1 billion on research and development last year, up by one-third from five years ago.
The Research
Now It's Microchips Instead of Road Tests
At Goodyear's vast research and development center in Akron, the rubber meets the microchip before it meets the road. Rows of technicians at computer work stations design tires. They test them with programs that seem like video games. On screen, cars whip through courses with potholes, ice slicks and hairpin turns. A decade ago, designing a tire for a new automobile model required testing 200 to 300 tires. Today, it takes about 65. ''In the last few years, tire designing has moved from an empirical art to a science, because of the computer,'' said F. Vincent Prus, Goodyear's executive vice president for research and development.
The major tire companies are spending freely on research and development. They are buying computers to test tire durability, traction, fuel efficiency, compatibility with new car designs and even noise. Analysts consider Goodyear the research leader. The company spent $300 million on research and development last year, or 3.5 percent of revenues - up from 2.5 percent five years ago.
Companies are also using research to cut costs, especially for original equipment, the tires that auto makers buy for new cars. Although original equipment sales account for just a quarter of production, nearly 70 percent of consumers replace their tires with the brand that came with the car. Since auto companies want a distinctive tire design for each new model, tire makers are striving to develop lines more quickly. Goodyear says computer-aided design helped cut development time from 117 weeks in 1980 to 65 weeks last year. The goal: 20 to 25 weeks by 1995.
The Chemistry
Exotic Synthetics Mean More Mileage
Tire company executives say the public believes their jobs are no more complicated than pouring molten rubber into molds. ''Outside of the industry, I don't think anyone really understands how much effort goes into making a tire,'' said Frederic J. Kovac, Goodyear's vice president for technology. Tires are actually built, not molded, from a combination of natural and synthetic rubber wrapped around polyester and steel.
Rubber chemistry has become much more complex since the day 151 years ago when Charles Goodyear invented strong, vulcanized rubber by accidentally dropping sulfur and crude rubber onto his stove. Tire company chemists now stir up exotic synthetic rubbers to improve traction on wet streets without sacrificing fuel efficiency.
In the last five years, foreign companies have bought out most of the best-known American labels, including Firestone and Armstrong. The agreement five months ago by Groupe Michelin of France to buy the Uniroyal Goodrich Tire Company will create the world's largest tire maker - if, as expected, American antitrust regulators approve. In the United States, aside from Goodyear, only the smaller Cooper Tire Company remains independent.
Goodyear, the leader for decades, is contending for second place with the Bridgestone Corporation of Japan, which two years ago bought Firestone. Next come West German Continental A.G., which bought General Tire; Pirelli S.p.A. of Italy (Armstrong), and the Sumitomo Tire and Rubber Company of Japan (Dunlop). Two smaller Japanese makers, the Yokohama Rubber Company and the Toyo Tire and Rubber Company, are both concentrated in the Far East.
Consolidation has intensified competition to cut production costs and increase quality. The industry has become surprisingly high-tech, spending more than $1 billion on research and development last year, up by one-third from five years ago.
The Research
Now It's Microchips Instead of Road Tests
At Goodyear's vast research and development center in Akron, the rubber meets the microchip before it meets the road. Rows of technicians at computer work stations design tires. They test them with programs that seem like video games. On screen, cars whip through courses with potholes, ice slicks and hairpin turns. A decade ago, designing a tire for a new automobile model required testing 200 to 300 tires. Today, it takes about 65. ''In the last few years, tire designing has moved from an empirical art to a science, because of the computer,'' said F. Vincent Prus, Goodyear's executive vice president for research and development.
The major tire companies are spending freely on research and development. They are buying computers to test tire durability, traction, fuel efficiency, compatibility with new car designs and even noise. Analysts consider Goodyear the research leader. The company spent $300 million on research and development last year, or 3.5 percent of revenues - up from 2.5 percent five years ago.
Companies are also using research to cut costs, especially for original equipment, the tires that auto makers buy for new cars. Although original equipment sales account for just a quarter of production, nearly 70 percent of consumers replace their tires with the brand that came with the car. Since auto companies want a distinctive tire design for each new model, tire makers are striving to develop lines more quickly. Goodyear says computer-aided design helped cut development time from 117 weeks in 1980 to 65 weeks last year. The goal: 20 to 25 weeks by 1995.
The Chemistry
Exotic Synthetics Mean More Mileage
Tire company executives say the public believes their jobs are no more complicated than pouring molten rubber into molds. ''Outside of the industry, I don't think anyone really understands how much effort goes into making a tire,'' said Frederic J. Kovac, Goodyear's vice president for technology. Tires are actually built, not molded, from a combination of natural and synthetic rubber wrapped around polyester and steel.
Rubber chemistry has become much more complex since the day 151 years ago when Charles Goodyear invented strong, vulcanized rubber by accidentally dropping sulfur and crude rubber onto his stove. Tire company chemists now stir up exotic synthetic rubbers to improve traction on wet streets without sacrificing fuel efficiency.
Sunday, February 6, 2011
Fall In Exports Not Effecting Car Companies
The sale of cars overseas is not too convincing for the car makers but it has been compensated within the domestic market. Specifically Maruti Suzuki is facing a huge hitch in the foreign exchange terms. The decline in the export market has been due to the less demand in Europe following the withdrawal of incentive for small cars.
Earlier Hyundai had much potential in European market by exporting almost 50% of its production. The combined volume of these two companies has brought down the country’s export potential to 285000 units during March-November 2010. This accounted for a fall of 1.64% against the one achieved in the previous year, said SIAM. Both companies faced this fall as a result of the withdrawal of scheme in Europe for exchange of old cars for new. The scheme was suspended in July last. The figure during Jan-November 2010, which represents the bookings for new passenger vehicles in Europe is 12.3 million which is still short fall by 6%, said the European Automobile Manufacturers Association.
This was echoed by an analyst of Pincmoney of Pioneer Investcorp Ltd. Who said there has been a proportionate profit in the domestic market following the downfall in the export market. The car segment witnessed a wait period for more than 3 months for certain models making a rise in the net sale volume for the car makers. This made the companies to increase the production and to expand the facilities further.
The Chairman of Maruti said that there is no scope for further revival of market potential in Europe and the earlier period proved to be genuine for the companies to reap the benefits. The analysis from the London-based one reveals that the fall in export market will not be a hitch for the Indian car market to become the world hub. There will be devising of new strategies and new models, as evidenced by Nissan which slated for entry into Europe with new launches. The company was bold enough to shut down its units in Europe once it had launched the facilities in India. Nissan exported its recent launch Micra in 21000 units during the period of October-December 2010 while plans are there to export further 110000 units for the first year of its launch. The countries earmarked for export are West Asia and Africa.
However, the car makers are filling their treasuries with the profit accrued in the local market. There has been a fall in export for Maruti in December 2010 with just 9756 units against the one made a year ago same period. This accounted for the net sale volume by 10% from the anticipated 15%. This had not made any deep impact on the company’s show, said its Chairman as there has been an increase of 25% sale in the domestic market in 12 months. The fall of export market may hit the net figure in December for Maruti by 30-40 basic points than that of September quarter. Normally one basic point equals one-hundredth of a percentage point. However, Hyundai Motor tops the list in terms of export market fall which faced 15.6% by exporting 21060 units in December.
Earlier Hyundai had much potential in European market by exporting almost 50% of its production. The combined volume of these two companies has brought down the country’s export potential to 285000 units during March-November 2010. This accounted for a fall of 1.64% against the one achieved in the previous year, said SIAM. Both companies faced this fall as a result of the withdrawal of scheme in Europe for exchange of old cars for new. The scheme was suspended in July last. The figure during Jan-November 2010, which represents the bookings for new passenger vehicles in Europe is 12.3 million which is still short fall by 6%, said the European Automobile Manufacturers Association.
This was echoed by an analyst of Pincmoney of Pioneer Investcorp Ltd. Who said there has been a proportionate profit in the domestic market following the downfall in the export market. The car segment witnessed a wait period for more than 3 months for certain models making a rise in the net sale volume for the car makers. This made the companies to increase the production and to expand the facilities further.
The Chairman of Maruti said that there is no scope for further revival of market potential in Europe and the earlier period proved to be genuine for the companies to reap the benefits. The analysis from the London-based one reveals that the fall in export market will not be a hitch for the Indian car market to become the world hub. There will be devising of new strategies and new models, as evidenced by Nissan which slated for entry into Europe with new launches. The company was bold enough to shut down its units in Europe once it had launched the facilities in India. Nissan exported its recent launch Micra in 21000 units during the period of October-December 2010 while plans are there to export further 110000 units for the first year of its launch. The countries earmarked for export are West Asia and Africa.
Sunday, January 30, 2011
Jeep Renegade Concept
A B-segment Jeep® abstraction vehicle, the Renegade is a sporty, "minimized" two-seater alluringly ill-fitted for the all-weather fun of dune-surfing or rock-crawling.
"With an electric motor powering anniversary axle, the Jeep Renegade abstraction is advised for a 'hang on and accept fun experience,'" said Tony Shamenkov, Jeep Renegade abstraction arch exoteric designer.
Constructed of environmentally amenable materials, sustainability is a key affair of the Jeep Renegade concept.
Renegade is targeted at barter in the "Stylish Green" articulation of the exchange - those who are acutely environmentally oriented, acknowledge high-tech and innovation, and adore achievement accumulated with appearance in befitting with their "green" attitude.
The avant-garde propulsion arrangement in the Jeep Renegade abstraction starts with a 40-mile lithium-ion array pack. A ambit extender - in Renegade's case, a small-displacement (1.5-liter, 3-cylinder) BLUETEC agent agent - allows for journeys above 40 miles. In fact, the Jeep Renegade abstraction boasts a 400-mile range.
Renegade's BLUETEC agent agent generates an added 115 application back needed, while abundantly abbreviation bankrupt emissions back compared to accepted gasoline engines. Renegade is able of accomplishing an agnate petroleum ammunition abridgement of 110 afar per gallon, which is four-to-five times greater than an agnate gasoline-only vehicle.
The all-new Jeep Renegade concept's failing aluminium architectonics and regen-braking arrangement advice to advance all-embracing efficiency, while bifold electric 200 kilowatt (268 horsepower) motors actuate a actual able 4x4 arrangement - complete with low ambit and locking differentials -- aces of accustomed the Jeep name.
Thursday, January 27, 2011
Private Collection of Antique Cars Bung Karno
Hotel Schomper 1, so the name of the hotel which was established businessman of Dutch origin Schomper LC 1938. Number of nicks history also, which makes the building changed its name on August 19, 1974 from Building 31 Menteng turned into a museum Joang 45, of course, after going through a series of improvements and renovations which was inaugurated by President Suharto and Jakarta Governor Ali Sadikin. As a place where historical objects, museum collections Joang 45 has hundreds of high historical value, ranging from pictures of the fighters, painting, sculpture fighters like Soekarno, Hatta, Adam Malik, Chairil Anwar, Soekarni, and the most interesting as well as a storage two official car of President Sukarno and Vice President Mohammad Hatta, and a private collection of cars Bung Karno.
The three cars that, during this most interesting indeed to be excellent in the museum. Three old-fashioned American-made car that's not just any car, besides being very antique car, the history of the car also has more value. Branded black sedan made in the 1939 Buick Eight for instance, is the official car of President Sukarno in the early days of government. Therefore, it would not be surprised if the car is a luxury sedan has been dubbed with REP-1 car. The sedan is one of the most luxurious vehicles in Jakarta on his day, and in his time giving the car the young man named Sudiro it, only use Japanese officials only.
While the white colored sedan with brand Desoto or commonly called REP-2 is a car owned by Vice President Mohammad Hatta. Cars made in 1938 was originally owned by Djohan Djohor businessman in Jakarta. The car was given to Vice President, because these entrepreneurs want to help mobilize the nation perjuangaan Inddonesia, and also to avoid the seizure of the Japanese military.
Meanwhile, one other car that was left was a private car owned by Sukarno, which is used for activities outside the office. Imperial branded car is black it has a heroic record, because he had thrown a grenade when Sukarno was passing in the area Cikini Menteng, Central Jakarta.
The three cars that, during this most interesting indeed to be excellent in the museum. Three old-fashioned American-made car that's not just any car, besides being very antique car, the history of the car also has more value. Branded black sedan made in the 1939 Buick Eight for instance, is the official car of President Sukarno in the early days of government. Therefore, it would not be surprised if the car is a luxury sedan has been dubbed with REP-1 car. The sedan is one of the most luxurious vehicles in Jakarta on his day, and in his time giving the car the young man named Sudiro it, only use Japanese officials only.
While the white colored sedan with brand Desoto or commonly called REP-2 is a car owned by Vice President Mohammad Hatta. Cars made in 1938 was originally owned by Djohan Djohor businessman in Jakarta. The car was given to Vice President, because these entrepreneurs want to help mobilize the nation perjuangaan Inddonesia, and also to avoid the seizure of the Japanese military.
Meanwhile, one other car that was left was a private car owned by Sukarno, which is used for activities outside the office. Imperial branded car is black it has a heroic record, because he had thrown a grenade when Sukarno was passing in the area Cikini Menteng, Central Jakarta.
Wednesday, January 26, 2011
This He How to Dress Stylish Car Off Road Light
You need to be different with a car styled like a special car off road, aka All Terrain Off Road (ALTO)? Easy. Basically, all cars can be modified four-wheel-style a la ALTO.
"Because basically ALTO notion was to elevate the legs lifted the car so the car body and the ground clearance is also high," said Agus Soentoro Wempi, off-road enthusiasts and owners of workshops in the region modification Serpong, Banten, on Friday (26/11).
There are several types of vehicles off road. First, the vehicle off road show and shine that is stylish off-road vehicle but only for decoration or display only. This vehicle is only suitable for roads in the city.
Second, off-road vehicle for mild adventure terrain. Third, for the heavy field. Fourth, the vehicle to rock crawling, and the fifth for off-road racing.
ALTO-style vehicles that we discussed is that vehicles off road for mild off road terrain. The reason, in addition to appropriate this vehicle in the city is also suitable for the condition of roads in the countryside or the mountains when the owner wanted to relieve fatigue and creativity out of the city.
So what steps must be considered and carried out car owners who want to dress stylish car is off road car? Here Wempi share tips:
1. Make sure the chassis is not monoqoque
Cars that can be modified off-road style body is a car that can be separated with a frame or chassis. Not fused between the chassis and body (monoqoque). The reason, to raise the ground clearance is the distance between the car body to the soil surface, body should be lifted (body lift). How commonly used is to give the wedge between the car body (body) with the chassis.
2. Notice the legs, springs, and rim
On the legs would have to be adjusted. But to raise the suspension (suspension lift) was not absolute. It depends on the size of tire used. Usually the default from the factory tires for automobiles having a 4x4 is 29 inches.
Try choosing a bigger tire. However, one thing to remember is, the addition of tire size should not exceed 3 inches. After the tire is installed, do a test whether a car steering wheel when the tire is deflected concerns in spakboard. When that happens, then the elevation of suspension is required.
When raised suspension, shock absorbers should also be replaced. Shock is a lot available in stores components and auto parts.
However, the suspension lifted car going giddy when driving especially when bulldoze the streets rocks or potholes. Therefore, use the suspension harsh character.
"Similarly, adjust the legs of several components, springs, and rim with a height and character of the suspension, and tire size," said Wempi.
To use a tire that has a character suitable tires for the track muddy. Currently, many types of tires like that, including Mud Terrain, Super Swamper, Jeep Service, or Extra Grip and others. Brand also vary.
3. Secure the cable and the air hole
As a precaution so you do not have a problem when bringing your car watery bulldoze roads, such as rivers or pools of water then make sure the holes line or air (air intake) in the machine must be made higher.
You can use the connection of metal materials with high size and is directed upward like a chimney or a hose from a strong material (like a radiator hose). It was intended to prevent water from leaking into the engine combustion chamber.
Do not forget to wrap electrical cables with solid insulation and meetings. This is to anticipate the cable exposed to water, giving rise to short-circuit connection that resulted in the car electrical system.
In addition, cover with lid seal the carburetor (if the cars still use carburetors), as well as air filter, distributor cap dank oil. Tie tierap for spark plug wires with no easy escape.
To use a viscous coupling fan radiator. This is to prevent the fan was arrested by the water when the car bulldoze the road like a river or puddle water. Water that would not be hit by splattering everywhere.
4. There was no change in body and engine
One thing that needs to be underlined, you do not need to make changes in engine or body modifications if the type you choose is ALTO for mild off road terrain.
Machine than the manufacturer would have adjusted to the character of the field. Especially if your car is a 4x4 SUV.
5. Match your accessories
If you want the impression of a more condensed off road, then there is no harm in using additional accessories. Among them, wings, upper rack (roof rack), over fenders, and others.
Only, adjust these accessories with the utility, necessity, type and designated car, and costs should you incur.
While the particulars modification costs that must be removed, Wempi call varies. Besides depending on the extent of which amended section in accordance with the function or modification auto show and shine to the extreme. "Including the cost of services modifications," he said.
However, just ancar-ancar for raising service charges and elevation of body suspension around IDR 5 - 5.3 million. Cost does not include pairs of accessories, trim and engine electrical system cable.
"Because basically ALTO notion was to elevate the legs lifted the car so the car body and the ground clearance is also high," said Agus Soentoro Wempi, off-road enthusiasts and owners of workshops in the region modification Serpong, Banten, on Friday (26/11).
There are several types of vehicles off road. First, the vehicle off road show and shine that is stylish off-road vehicle but only for decoration or display only. This vehicle is only suitable for roads in the city.
Second, off-road vehicle for mild adventure terrain. Third, for the heavy field. Fourth, the vehicle to rock crawling, and the fifth for off-road racing.
ALTO-style vehicles that we discussed is that vehicles off road for mild off road terrain. The reason, in addition to appropriate this vehicle in the city is also suitable for the condition of roads in the countryside or the mountains when the owner wanted to relieve fatigue and creativity out of the city.
So what steps must be considered and carried out car owners who want to dress stylish car is off road car? Here Wempi share tips:
1. Make sure the chassis is not monoqoque
Cars that can be modified off-road style body is a car that can be separated with a frame or chassis. Not fused between the chassis and body (monoqoque). The reason, to raise the ground clearance is the distance between the car body to the soil surface, body should be lifted (body lift). How commonly used is to give the wedge between the car body (body) with the chassis.
2. Notice the legs, springs, and rim
On the legs would have to be adjusted. But to raise the suspension (suspension lift) was not absolute. It depends on the size of tire used. Usually the default from the factory tires for automobiles having a 4x4 is 29 inches.
Try choosing a bigger tire. However, one thing to remember is, the addition of tire size should not exceed 3 inches. After the tire is installed, do a test whether a car steering wheel when the tire is deflected concerns in spakboard. When that happens, then the elevation of suspension is required.
When raised suspension, shock absorbers should also be replaced. Shock is a lot available in stores components and auto parts.
However, the suspension lifted car going giddy when driving especially when bulldoze the streets rocks or potholes. Therefore, use the suspension harsh character.
"Similarly, adjust the legs of several components, springs, and rim with a height and character of the suspension, and tire size," said Wempi.
To use a tire that has a character suitable tires for the track muddy. Currently, many types of tires like that, including Mud Terrain, Super Swamper, Jeep Service, or Extra Grip and others. Brand also vary.
3. Secure the cable and the air hole
As a precaution so you do not have a problem when bringing your car watery bulldoze roads, such as rivers or pools of water then make sure the holes line or air (air intake) in the machine must be made higher.
You can use the connection of metal materials with high size and is directed upward like a chimney or a hose from a strong material (like a radiator hose). It was intended to prevent water from leaking into the engine combustion chamber.
Do not forget to wrap electrical cables with solid insulation and meetings. This is to anticipate the cable exposed to water, giving rise to short-circuit connection that resulted in the car electrical system.
In addition, cover with lid seal the carburetor (if the cars still use carburetors), as well as air filter, distributor cap dank oil. Tie tierap for spark plug wires with no easy escape.
To use a viscous coupling fan radiator. This is to prevent the fan was arrested by the water when the car bulldoze the road like a river or puddle water. Water that would not be hit by splattering everywhere.
4. There was no change in body and engine
One thing that needs to be underlined, you do not need to make changes in engine or body modifications if the type you choose is ALTO for mild off road terrain.
Machine than the manufacturer would have adjusted to the character of the field. Especially if your car is a 4x4 SUV.
5. Match your accessories
If you want the impression of a more condensed off road, then there is no harm in using additional accessories. Among them, wings, upper rack (roof rack), over fenders, and others.
Only, adjust these accessories with the utility, necessity, type and designated car, and costs should you incur.
While the particulars modification costs that must be removed, Wempi call varies. Besides depending on the extent of which amended section in accordance with the function or modification auto show and shine to the extreme. "Including the cost of services modifications," he said.
However, just ancar-ancar for raising service charges and elevation of body suspension around IDR 5 - 5.3 million. Cost does not include pairs of accessories, trim and engine electrical system cable.
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