The vehicle in question, a roadster manufactured for the 2008 model year under a specific General Motors brand, possesses a range of quantifiable characteristics. These encompass engine displacement, horsepower, torque, transmission options, dimensions, weight, fuel economy, and available features. These details provide potential buyers and automotive enthusiasts with precise data regarding its performance and capabilities.
Understanding the specific attributes of this particular model year is crucial for several reasons. It allows for accurate comparisons with competing vehicles of the time, informs potential maintenance and repair decisions, and provides a basis for assessing its current market value. Furthermore, appreciating the original design specifications offers historical context within the broader timeline of automotive engineering and manufacturing.
The subsequent sections will delve into the various technical aspects, exploring the powertrain options, dimensions and weight considerations, performance metrics, and the available interior and exterior features that defined this roadster’s offering in 2008.
1. Engine Options
The engine options available for the 2008 Saturn Sky significantly define its performance characteristics and overall appeal. These choices dictate power output, fuel efficiency, and driving experience, forming a crucial element of the vehicle’s specifications.
-
Standard 2.4L Inline-4 Engine
The base engine, a 2.4-liter naturally aspirated inline-4, provided a balance of fuel economy and adequate power for everyday driving. This engine delivered a specific horsepower and torque output as defined in the official specifications, and represented the more economical and mainstream choice for consumers. Its presence influenced the vehicle’s base price point and target demographic.
-
Optional 2.0L Turbocharged Inline-4 Engine
The optional 2.0-liter turbocharged inline-4 engine significantly increased the car’s performance capabilities. This powerplant produced a substantially higher horsepower and torque output compared to the base engine, resulting in quicker acceleration and a more engaging driving experience. This upgrade targeted enthusiasts seeking greater performance and positioned the vehicle within a different competitive set.
-
Impact on Performance Metrics
The selection between the two engine options directly correlated with the vehicle’s performance metrics, specifically 0-60 mph acceleration times and top speed. The turbocharged engine notably enhanced these figures, appealing to buyers prioritizing sporting performance. Official Saturn documentation provides the distinct figures associated with each engine.
-
Fuel Economy Considerations
While offering enhanced performance, the turbocharged engine generally resulted in lower fuel economy compared to the naturally aspirated engine. Official EPA fuel economy ratings for each engine option provided consumers with crucial information for evaluating running costs and making informed purchasing decisions. These ratings are a critical component of the overall specifications.
In summary, the engine options offered on the 2008 Saturn Sky provided distinct performance profiles, catering to diverse consumer preferences. The selection between the base and turbocharged engines had a substantial impact on the vehicle’s overall specifications, influencing its price point, performance characteristics, and target market.
2. Horsepower Output
Horsepower output, a crucial specification for the 2008 Saturn Sky, directly reflects the vehicle’s performance capabilities. This metric, measured in horsepower (hp), quantifies the rate at which the engine can perform work, thus influencing acceleration, top speed, and overall driving dynamics.
-
2.4L Engine Horsepower
The standard 2.4-liter inline-4 engine in the 2008 Saturn Sky produced a specific horsepower rating, documented in the official vehicle specifications. This figure is critical for understanding the base-level performance characteristics. Its value is often used for comparison against other vehicles in the same class. Lower horsepower typically correlated with better fuel economy in this configuration.
-
2.0L Turbo Engine Horsepower
The optional 2.0-liter turbocharged inline-4 engine offered a significant increase in horsepower. The enhanced output, compared to the base engine, provided a noticeable improvement in acceleration and overall responsiveness. The increased horsepower was a key selling point for buyers prioritizing performance over fuel efficiency. This figure is prominently featured in marketing materials and performance reviews.
-
Impact on Performance Metrics
The horsepower output figures directly influenced other performance metrics within the 2008 Saturn Sky specifications, such as the 0-60 mph acceleration time and the quarter-mile time. Higher horsepower enabled quicker acceleration and faster overall times, providing a quantifiable advantage. These metrics are essential for evaluating the vehicle’s sporting capabilities and comparing it against competitors.
-
Relationship to Torque
Horsepower is intrinsically linked to torque within the engine specifications. While horsepower represents the rate of doing work, torque measures the rotational force. Both figures are essential for understanding the engine’s performance characteristics across the RPM range. High horsepower figures often accompany high torque figures, resulting in a responsive and powerful driving experience. Data sheets for the 2008 Saturn Sky detail both specifications for a comprehensive understanding of the vehicle’s power delivery.
In conclusion, the horsepower output figures for the 2008 Saturn Sky, particularly in relation to the two engine options, are essential specifications. They provide a direct indication of the vehicle’s performance capabilities and contribute to its overall appeal to different consumer segments. The specific horsepower values, as published in official Saturn documents, serve as a key benchmark for evaluating and comparing the vehicle.
3. Transmission Choices
Transmission choices are an integral component of the overall vehicle specifications, influencing performance, fuel efficiency, and driver engagement. The 2008 Saturn Sky, offering both manual and automatic transmission options, demonstrates the impact of these choices on the driving experience and suitability for diverse consumer preferences. The availability of a manual transmission, for example, caters to drivers seeking greater control and a more direct connection to the engine, potentially enhancing acceleration feel and overall sportiness. Conversely, the automatic transmission offers ease of use and convenience, particularly in urban driving conditions. The gear ratios within each transmission type also directly affect the car’s acceleration and fuel economy figures, documented in the official specifications.
The selection of transmission also interacts with the engine’s power output to shape the vehicle’s driving characteristics. The turbocharged engine, when paired with the manual transmission, offers a more engaging and performance-oriented experience, appealing to driving enthusiasts. Conversely, combining the base engine with the automatic transmission prioritizes fuel efficiency and ease of driving. These combinations represent distinct target markets and influence the overall perception of the vehicle within the sports car segment. Maintenance requirements and reliability can also vary between the transmission types, affecting long-term ownership costs. Service manuals and repair records provide further data regarding the reliability of each transmission option.
In summary, transmission choices are a significant aspect of the 2008 Saturn Sky’s specifications. They directly impact performance metrics, fuel economy, and the overall driving experience. The availability of both manual and automatic transmissions allowed consumers to select the option best suited to their individual needs and preferences, influencing the vehicle’s appeal and competitive positioning. Understanding the specific gear ratios and operational characteristics of each transmission type is crucial for evaluating the vehicle’s suitability for particular driving styles and conditions, and is an important element of understanding the vehicle’s design as a whole.
4. Curb Weight
Curb weight, a fundamental element within the 2008 Saturn Sky’s specifications, represents the vehicle’s mass when fully equipped for operation, excluding passengers and cargo. This measurement encompasses the weight of standard equipment, fluids, and a full tank of fuel, providing a baseline figure for assessing performance, handling, and fuel efficiency.
-
Impact on Acceleration
Curb weight directly influences the acceleration capabilities of the 2008 Saturn Sky. A lower curb weight, in relation to engine power, generally translates to quicker acceleration times. Conversely, a higher curb weight can diminish the effect of engine horsepower, resulting in slower acceleration. This relationship is a critical factor in assessing the vehicle’s overall performance profile.
-
Effect on Handling
The vehicle’s curb weight also plays a significant role in its handling characteristics. A lighter vehicle tends to exhibit greater agility and responsiveness in cornering maneuvers. Weight distribution, a related factor, further contributes to handling balance. The 2008 Saturn Sky’s curb weight and weight distribution are integral to understanding its cornering stability and overall driving dynamics.
-
Influence on Fuel Economy
Curb weight is a determinant of fuel economy. Heavier vehicles typically require more energy to accelerate and maintain speed, leading to lower fuel efficiency. While other factors such as engine technology and aerodynamics also contribute, curb weight remains a primary influence. Official fuel economy ratings for the 2008 Saturn Sky reflect the impact of its curb weight.
-
Relationship to Vehicle Class
The curb weight of the 2008 Saturn Sky places it within a specific range compared to other roadsters and sports cars. Understanding its weight relative to competing vehicles provides context for evaluating its performance, handling, and fuel economy advantages or disadvantages. Comparisons with vehicles of similar engine displacement and body style reveal the significance of its weight specification.
In summary, the curb weight of the 2008 Saturn Sky is a critical specification that affects multiple aspects of the vehicle’s performance and efficiency. Its influence on acceleration, handling, fuel economy, and its position within its vehicle class underscores its importance in comprehensively evaluating the car’s attributes and capabilities.
5. Fuel Economy
Fuel economy, a critical aspect of the 2008 Saturn Sky specifications, directly impacts operational costs and consumer appeal. This metric, typically expressed in miles per gallon (MPG), quantifies the distance a vehicle can travel on a given volume of fuel. The fuel economy rating for the 2008 Saturn Sky varied based on engine choice and transmission type, with the base 2.4L engine generally achieving higher MPG figures than the turbocharged 2.0L engine. Transmission options, automatic versus manual, also contributed to these variances. Understanding these differences is crucial for potential buyers seeking to minimize fuel expenses. Real-world examples demonstrate that drivers prioritizing fuel conservation often favored the base engine and automatic transmission combination, while those prioritizing performance accepted the lower MPG of the turbocharged variant.
The fuel economy specifications not only influence running costs but also impact the vehicle’s environmental footprint. Lower MPG figures translate to higher fuel consumption and increased emissions, affecting the overall sustainability profile. Government-mandated fuel economy standards play a significant role in shaping vehicle design and engine development, pushing manufacturers to improve fuel efficiency across their model lines. The 2008 Saturn Sky’s fuel economy ratings were subject to these regulations, impacting its market competitiveness and consumer perception. Advertisements and vehicle reviews frequently highlighted the MPG figures to attract environmentally conscious buyers and those seeking to minimize operating expenses.
In conclusion, fuel economy is an indispensable element of the 2008 Saturn Sky specifications, directly influencing both economic and environmental considerations. The specific MPG ratings, contingent on engine and transmission choices, provide crucial data for potential buyers, impacting purchasing decisions and long-term ownership costs. Comprehending the relationship between fuel economy and vehicle specifications ensures informed decision-making and contributes to a broader understanding of the vehicle’s capabilities and limitations. The documented fuel economy figures, therefore, represent a vital benchmark for evaluating the 2008 Saturn Sky’s overall value proposition.
6. Exterior Dimensions
Exterior dimensions constitute a crucial component of the 2008 Saturn Sky specifications, defining its physical footprint and influencing various aspects of its performance, aesthetics, and practicality. These measurements, including overall length, width, height, and wheelbase, are integral to understanding the vehicle’s design and capabilities.
-
Overall Length
The overall length specification dictates the vehicle’s longitudinal size, impacting its maneuverability and parking ease, particularly in urban environments. A shorter length can enhance agility in tight spaces, while a longer length may offer improved stability at higher speeds. This dimension also influences cargo capacity and interior space to some degree. The specific length of the 2008 Saturn Sky contributes to its roadster classification and target market.
-
Vehicle Width
Vehicle width affects both interior space and handling characteristics. A wider vehicle generally provides more shoulder room for occupants and a lower center of gravity, enhancing stability during cornering. However, excessive width can hinder maneuverability in narrow lanes and parking situations. The 2008 Saturn Sky’s width contributes to its sporty stance and interior comfort, balancing these competing factors.
-
Overall Height
The height of the 2008 Saturn Sky significantly contributes to its overall aesthetic profile. As a roadster, a lower height is typically favored for a sporty appearance and improved aerodynamic efficiency. A lower roofline can reduce wind resistance and improve handling, but it may also impact headroom for taller occupants. The specified height balances these aesthetic and functional considerations.
-
Wheelbase Length
The wheelbase, the distance between the front and rear axles, influences ride quality and handling balance. A longer wheelbase tends to provide a smoother ride, absorbing road imperfections more effectively, while a shorter wheelbase can enhance agility and responsiveness. The 2008 Saturn Sky’s wheelbase contributes to its overall handling characteristics and ride comfort, striking a balance between stability and agility.
These exterior dimensions, as defined within the 2008 Saturn Sky specifications, collectively shape the vehicle’s physical presence and influence its performance capabilities. Understanding these measurements provides essential context for evaluating the car’s design choices and intended functionality, ultimately informing purchasing decisions and overall appreciation for the vehicle’s engineering.
7. Interior Space
Interior space, a critical consideration for any vehicle, is a defining characteristic within the 2008 Saturn Sky specifications. This facet impacts occupant comfort, storage capacity, and overall user experience. Despite its roadster classification, the effective utilization of available interior volume directly influences the vehicle’s practicality and appeal.
-
Legroom and Seating Position
Legroom, measured in inches, defines the available space for the driver and passenger’s legs. Seating position affects comfort and visibility. Limited legroom can reduce comfort on longer journeys, while an awkward seating position can hinder driving ergonomics. The 2008 Saturn Sky specifications include quantifiable data on legroom, influencing potential buyer decisions based on individual body dimensions. The low-slung design inherent in a roadster often necessitates compromises in legroom compared to larger vehicles.
-
Headroom and Roofline Design
Headroom, another key interior dimension, is constrained by the 2008 Saturn Sky’s convertible roofline. Headroom limitations can affect comfort, particularly for taller occupants. The design of the roof, both open and closed, directly impacts the perceived and actual headroom. Specifications regarding the roof height are critical for understanding the interior space limitations. Comparisons to other roadsters highlight the relative headroom provisions within the 2008 Saturn Sky.
-
Storage Capacity and Compartments
Storage capacity within the 2008 Saturn Sky is inherently limited due to its roadster configuration. Specifications detail the volume of the trunk and any available interior storage compartments, such as glove box and door pockets. Practicality is a consideration, as limited storage space restricts the ability to transport luggage or personal items. Competing vehicles with larger trunks or more versatile storage solutions may offer a distinct advantage in this area. These specifications dictate the vehicle’s suitability for various types of trips.
-
Ergonomics and Control Layout
Beyond mere dimensions, the ergonomics of the interior and the layout of controls significantly impact the usability of the interior space. Specifications for seat adjustability (range and direction), steering wheel adjustability (tilt, telescopic), and the placement of essential controls (climate, audio, etc.) contribute to the overall driving experience. Well-designed ergonomics can maximize perceived space and minimize driver fatigue. Poor ergonomics, on the other hand, can negate even generous dimensions. The 2008 Saturn Sky’s interior layout and control placement, while constrained by the vehicle’s overall size, are crucial components of its overall interior space design.
In summary, the interior space of the 2008 Saturn Sky, as defined by its specifications, presents a trade-off between the allure of a sporty roadster and the practical demands of daily usability. Legroom, headroom, and storage capacity are all inherently limited by the vehicle’s design, necessitating careful consideration by potential buyers. The ergonomics and layout of controls further influence the perceived spaciousness and overall driving experience. Understanding these interior space specifications is essential for evaluating the 2008 Saturn Sky’s suitability for individual needs and preferences.
8. Suspension System
The suspension system is a critical aspect of the 2008 Saturn Sky specifications, influencing ride quality, handling characteristics, and overall vehicle performance. Its design and components directly affect the car’s ability to absorb road imperfections, maintain tire contact with the road surface, and provide a stable and predictable driving experience.
-
Front Suspension Design
The front suspension of the 2008 Saturn Sky typically employed an independent design, such as a double wishbone configuration. This configuration allows each front wheel to respond independently to road irregularities, improving ride comfort and handling precision. Independent suspensions generally offer superior control compared to solid axle designs. The specific geometry and component specifications of the front suspension are key elements of the vehicle’s handling dynamics.
-
Rear Suspension Design
Similar to the front, the rear suspension of the 2008 Saturn Sky also utilized an independent design. This independent setup ensures that the rear wheels can respond individually to road inputs, enhancing stability and minimizing the transmission of bumps and vibrations to the cabin. Independent rear suspensions often contribute to improved traction and cornering performance. Detailed schematics within the 2008 Saturn Sky specifications illustrate the rear suspension’s layout and components.
-
Spring and Damper Rates
Spring rates, measured in force per unit of compression, determine the stiffness of the suspension and its resistance to body roll. Damper rates, governing the resistance to suspension movement, control the oscillation of the springs and influence ride quality and handling response. The spring and damper rates of the 2008 Saturn Sky’s suspension are carefully tuned to achieve a balance between comfort and performance. Higher spring and damper rates typically result in a firmer ride and more responsive handling, while lower rates prioritize comfort and compliance.
-
Anti-Roll Bars
Anti-roll bars, also known as stabilizer bars, are torsion springs that connect the left and right sides of the suspension. Their primary function is to resist body roll during cornering, improving stability and handling predictability. The 2008 Saturn Sky specifications typically include details on the size and stiffness of the anti-roll bars. Larger and stiffer anti-roll bars generally reduce body roll more effectively, resulting in flatter cornering and improved handling response. These components are essential for maintaining stability during aggressive maneuvers.
The suspension system, with its specific design and component specifications, is integral to the 2008 Saturn Sky’s overall driving experience. Its configuration directly influences ride comfort, handling precision, and stability, contributing significantly to the vehicle’s appeal and performance characteristics. A thorough understanding of these suspension specifications is essential for evaluating the car’s capabilities and suitability for different driving conditions.
9. Braking System
The braking system is an indispensable element of the 2008 Saturn Sky specifications, directly impacting vehicle safety and performance. Its functionality, dictated by components such as brake rotors, calipers, and hydraulic lines, is paramount for controlled deceleration and stopping. The effectiveness of the braking system is quantifiable through metrics like stopping distance from various speeds (e.g., 60-0 mph) and resistance to brake fade under repeated use. These performance indicators are critical factors in assessing the vehicle’s overall safety profile. For instance, the presence and type of anti-lock braking system (ABS) significantly influence stopping distances and directional stability during emergency braking situations. Similarly, the size and material composition of brake rotors impact heat dissipation and resistance to brake fade. These factors, documented within the official specifications, determine the braking system’s ability to consistently deliver reliable stopping power.
The specific design and implementation of the braking system within the 2008 Saturn Sky directly relate to its performance characteristics and intended use. For example, the braking system on models equipped with the turbocharged engine often featured larger rotors and more robust calipers compared to those with the naturally aspirated engine. This enhancement was necessary to accommodate the increased speed and performance capabilities of the turbocharged variant. Furthermore, the inclusion of features such as electronic brakeforce distribution (EBD) optimized braking performance by dynamically adjusting brake pressure to individual wheels based on load and road conditions. The integration of these advanced technologies within the braking system showcases the importance of aligning specifications with overall vehicle performance goals. Service intervals and maintenance procedures for the braking system are also critical aspects of ownership and directly relate to the system’s long-term reliability and safety.
In summary, the braking system, as detailed within the 2008 Saturn Sky specifications, is a foundational element of the vehicle’s design and safety architecture. Quantifiable metrics, design choices, and implemented technologies all contribute to its overall effectiveness. Understanding these specifications is essential for evaluating the vehicle’s safety and performance capabilities and for ensuring proper maintenance and operation. The braking system’s influence extends from everyday driving scenarios to emergency situations, underscoring its significance as a non-negotiable component of the vehicle’s overall design.
Frequently Asked Questions
This section addresses common inquiries regarding the specifications of the 2008 Saturn Sky, offering clear and concise information.
Question 1: What are the standard engine options available for the 2008 Saturn Sky?
The 2008 Saturn Sky offered two engine choices: a 2.4-liter naturally aspirated inline-4 and a 2.0-liter turbocharged inline-4.
Question 2: What is the horsepower output of each engine option?
The 2.4-liter engine produced approximately 177 horsepower, while the 2.0-liter turbocharged engine generated approximately 260 horsepower.
Question 3: What transmission choices were offered for the 2008 Saturn Sky?
Both a 5-speed manual transmission and a 5-speed automatic transmission were available for both engine options.
Question 4: What is the curb weight of the 2008 Saturn Sky?
The curb weight varies slightly depending on the specific configuration, but generally falls between 2,900 and 3,000 pounds.
Question 5: What is the average fuel economy of the 2008 Saturn Sky?
Fuel economy varies based on engine and transmission choice, but typically ranges from 19-26 MPG in the city and 25-34 MPG on the highway.
Question 6: What are the key exterior dimensions of the 2008 Saturn Sky?
The 2008 Saturn Sky has an overall length of approximately 159 inches, a width of approximately 72 inches, and a height of approximately 49 inches.
These FAQs provide a concise overview of essential specifications for the 2008 Saturn Sky. Further details can be found in official documentation and professional reviews.
The subsequent section will explore common issues with the 2008 Saturn Sky.
Navigating 2008 Saturn Sky Specifications
Understanding the specifications of a 2008 Saturn Sky is crucial for informed decision-making, whether considering a purchase, undertaking maintenance, or evaluating performance. These specifications dictate the vehicle’s capabilities and limitations.
Tip 1: Verify Engine Specifications. Ascertain the installed engine. The 2.4L and 2.0L turbo variants possess significantly different performance characteristics. Confirm the engine type through visual inspection or the vehicle identification number (VIN).
Tip 2: Confirm Transmission Type. The presence of a manual or automatic transmission influences driving experience and fuel economy. Identify the transmission to align expectations regarding performance and maintenance requirements.
Tip 3: Evaluate Curb Weight. A vehicle’s curb weight affects acceleration, handling, and fuel efficiency. Determine the curb weight, documented in official specifications, to assess its impact on these factors.
Tip 4: Examine Fuel Economy Ratings. Fuel economy ratings provide an estimate of fuel consumption under various driving conditions. Review EPA ratings for both city and highway driving to gauge operating costs.
Tip 5: Inspect Brake System Components. The condition of brake rotors, calipers, and pads impacts braking performance. Inspect these components to ensure safe and effective stopping power.
Tip 6: Review Suspension System Components. Suspension components, including shocks, struts, and springs, affect ride quality and handling. Assess their condition to identify potential maintenance needs.
Tip 7: Document Exterior Dimensions. Exterior dimensions influence maneuverability and parking ease. Record the length, width, and height for assessing the vehicle’s suitability for specific environments.
By meticulously examining these specifications, individuals can gain a comprehensive understanding of the 2008 Saturn Sky’s capabilities and limitations. This knowledge is essential for making informed decisions regarding purchase, maintenance, and performance optimization.
The following section concludes this article with a concise summary of the key insights presented.
2008 Saturn Sky Specs
The preceding analysis has comprehensively explored the various facets of the 2008 Saturn Sky specs. From engine options and performance metrics to dimensional attributes and system specifications, a clear picture of this vehicle’s capabilities emerges. The engine’s output, transmission’s type, weight distribution, and other system specifics are essential parameters for properly understanding this vehicle.
Understanding these specifications provides a basis for informed decisions regarding purchase, maintenance, and long-term ownership. The data presented herein empowers potential buyers, automotive technicians, and enthusiasts to engage with the 2008 Saturn Sky on a deeper, more meaningful level. These specifications represent the quantifiable measures of the vehicle and must be observed for its proper function.
