# Nissan GRAVITE: Full Specs, 7-Seat Pricing, and Engineering Review

Nissan Motor India initiated a decisive shift in its regional operational logic with the commercial launch of the **Nissan GRAVITE**. This vehicle represents the primary pillar of "The Arc," a global mid-term business plan designed to stabilize profit margins and accelerate volume growth across the AMIEO region. Specifically, the **Nissan GRAVITE** addresses the high-volume B-MPV segment, leveraging the **CMF-A+ platform** to integrate a seven-occupant seating capacity within a constrained sub-four-meter footprint. Engineers prioritized information density and structural modularity to meet the requirements of value-conscious demographics while maintaining a distinct brand identity separate from alliance partners.


## Strategic Framework: The Arc and the 2026 Turnaround

The [**Nissan GRAVITE**](https://www.gerane.com/nissan/all-new-nissan-gravite-7-seater-mpv-built-india-6231) functions as the first significant product rollout under Nissan's refreshed 2026 portfolio. Prior to this launch, the automaker relied heavily on a single-product strategy centered on the Magnite compact SUV. Under the global **The Arc** strategy, Nissan intends to launch 30 new models over the next three fiscal years, including 14 internal combustion engine (ICE) models and 16 electrified vehicles. In India, the company targets 95,000 annual sales by 2026, supported by three new vehicle introductions within a 12-month window.

Financial targets for the company include a 6 percent operating profit margin by the end of fiscal year 2026. To achieve this, engineers implemented the **Re:Nissan recovery plan**, which focuses on a 500 billion yen reduction in fixed and variable costs. **Nissan GRAVITE** production occurs at the Chennai facility, utilizing local manufacturing to minimize logistics expenses and maximize alliance synergies. This facility also serves as a critical export hub, with targets to exceed 100,000 units annually for international markets.

## CMF-A+ Platform Engineering and Structural Logic

The **Nissan GRAVITE** utilizes the **CMF-A+ architecture**, a modular system designed by the Renault-Nissan-Mitsubishi Alliance. This platform consists of five interchangeable modules: the engine bay, cockpit, front underbody, rear underbody, and electrical architecture. By standardizing these modules, engineers reduced the development lead time by four months and decreased the variation of trim parts by 70 percent. The CMF-A+ variant provides a larger footprint than the standard CMF-A, allowing for the integration of three seating rows while keeping the vehicle length under 4,000 mm to qualify for favorable excise duties.

### Dimensional Specifications and Chassis Benchmarks

The wheelbase-to-length ratio remains a critical engineering focus. By pushing the wheels to the extreme corners of the chassis, engineers achieved a **2,636 mm wheelbase**, which constitutes approximately 66 percent of the total vehicle length. This configuration maximizes the longitudinal space available for occupants in the second and third rows. The chassis uses high-tensile steel in the **A-pillars and B-pillars** to maintain structural rigidity despite the large door openings required for MPV utility.

| Dimension Metric | Measurement (mm) | Measurement (Inches) |
| --- | --- | --- |
| Overall Length | 3,987 | 156.97 |
| Overall Width | 1,734 | 68.27 |
| Overall Height | 1,644 | 64.72 |
| Wheelbase | 2,636 | 103.78 |
| Ground Clearance (Unladen) | 182 | 7.17 |
| Front Track | 1,540 | 60.63 |
| Rear Track | 1,540 | 60.63 |

**Pro-Tip: Structural Rigidity** A high wheelbase-to-length ratio generally increases straight-line stability but can widen the turning radius. Engineers compensated for this in the **Nissan GRAVITE** by using a high-steering-angle rack to maintain a turning radius of approximately 5.25 meters.


## B4D 1.0L Powertrain and Combustion Efficiency

The **Nissan GRAVITE** utilizes the **B4D 1.0-litre naturally aspirated petrol engine**. This three-cylinder unit features a dual-overhead camshaft (DOHC) layout and four valves per cylinder. The 999 cc displacement facilitates a balance between tax compliance and functional power delivery for a vehicle weighing between 988 kg and 993 kg.

| Engine Parameter | Technical Specification |
| --- | --- |
| Engine Code | B4D 1.0 |
| Configuration | 3-Cylinder, 12-Valve |
| Displacement | 999 cc |
| Bore x Stroke | 71.0 mm x 84.1 mm |
| Maximum Power | 72 PS (71.01 bhp) @ 6,250 rpm |
| Peak Torque | 96 Nm @ 3,400 - 3,600 rpm |
| Fuel Injection | Multi-Point Fuel Injection (MPFi) |
| Compression Ratio | 10.5:1 |

The engine employs a **long-stroke design** with an 84.1 mm stroke compared to a 71.0 mm bore. This geometry improves low-end torque, which is essential for moving a fully loaded seven-passenger vehicle from a standstill. The use of **MPFi** ensures consistent fuel atomization across various ambient temperatures, aiding the **BS VI 2.0 emission compliance**. While a turbocharger is absent in the initial launch phase, the naturally aspirated setup reduces mechanical complexity and long-term maintenance costs for the consumer.

**Definition: Multi-Point Fuel Injection (MPFi)** MPFi systems use a dedicated injector for each cylinder, located in the intake manifold. This provides more precise fuel metering than single-point systems, improving **fuel efficiency** and reducing exhaust emissions.

## Transmission Systems and EZ-Shift Logic

Nissan offers the **Nissan GRAVITE** with two transmission types: a five-speed manual and a five-speed **EZ-Shift Automated Manual Transmission (AMT)**. The manual gearbox uses a conventional dry-plate clutch and cable-actuated linkage. In contrast, the **EZ-Shift AMT** employs electro-hydraulic actuators to operate the clutch and change gears based on inputs from the Transmission Control Unit (TCU).

Looking at the data, the AMT variant provides a higher ARAI-certified mileage of **19.6 kmpl** compared to **19.3 kmpl** for the manual variant. This occurs because the TCU optimizes shift points to keep the engine within its most efficient BSFC (Brake Specific Fuel Consumption) range. The AMT system includes a **manual override mode**, allowing the driver to select gears via the lever when extra engine braking or specific gear retention is required for overtakes.

## Chassis Dynamics and Suspension Geometry

The **Nissan GRAVITE** features a suspension setup tuned for the high-frequency vibrations and irregular surfaces common in the Indian market. The front axle utilizes a **MacPherson Strut** with a lower transverse link. This design is compact, permitting a larger engine bay and cockpit module within the platform. The rear axle employs a **Twist Beam suspension** with coil springs and twin-tube telescopic shock absorbers.

| Suspension Component | Specification Type |
| --- | --- |
| Front Suspension | MacPherson Strut with Lower Transverse Link |
| Rear Suspension | Twist Beam with Coil Springs |
| Shock Absorbers | Twin-Tube Telescopic |
| Front Brakes | Disc (Ventilated) |
| Rear Brakes | Drum |
| Steering Type | Electric Power Steering (EPS) |
| Wheels | 15-inch Dual-Tone Flex Wheels |

Engineers selected the **Twist Beam** rear suspension because it requires fewer mounting points than a multi-link system, thereby increasing the usable width for the third-row seating area. The **182 mm ground clearance** provides a high-approach angle, which prevents the front fascia from contacting steep inclines or speed breakers. Steering response is managed via **Electric Power Steering**, which adjusts the level of assistance based on vehicle speed to maintain feel during highway travel while providing ease of use during parking.

## Safety Infrastructure and Standardized Protection

Nissan implemented a high-standard safety protocol by equipping all **Nissan GRAVITE** variants with **6 airbags** as standard equipment. This package includes dual front airbags, side airbags, and curtain airbags. The inclusion of side and curtain airbags provides lateral protection for occupants in both the first and second rows, a feature often omitted in the budget B-MPV category.


Standard active safety features include:

1. **Electronic Stability Control (ESC):** This system monitors wheel speed and steering angle to prevent skidding during evasive maneuvers.
2. **Traction Control System (TCS):** TCS prevents wheel spin on low-friction surfaces like wet asphalt or gravel.
3. **Hill Start Assist (HSA):** HSA maintains brake pressure for approximately two seconds when the driver moves their foot from the brake to the accelerator on an incline.
4. **ABS with EBD and Brake Assist:** These systems prevent wheel lock-up and optimize the distribution of braking force based on the vehicle load.

Additionally, the **Nissan GRAVITE** features a **Tyre Pressure Monitoring System (TPMS)** across most trims. This system uses sensors inside the tire valves to transmit real-time pressure data to the digital instrument cluster, allowing the driver to identify slow punctures before they lead to tire failure.

## Interior Modularity and Tropicalized Ergonomics

The interior of the **Nissan GRAVITE** focuses on passenger density and modularity. The vehicle uses a **5+2 seating configuration**, with a second row that offers slide, recline, fold, and tumble functions. The third row consists of two independent, **removable seats**. By removing these seats entirely, the user expands the luggage capacity from 84 litres to a significant **625 litres**.

| Configuration Mode | Occupant Count | Luggage Capacity (Litres) |
| --- | --- | --- |
| Full MPV Mode | 7 | 84 |
| Adventure Mode | 6 | 320 |
| Family Cargo Mode | 5 | 625 |
| Escape Mode | 3 | Maximum Gear Utility |
| Business Mode | 2 | Maximum Flat Floor Cargo |

For thermal management, engineers incorporated a **tropicalized AC system**. This includes dedicated AC vents for the second and third rows, with an independent blower control to ensure occupants in the rear receive adequate airflow during high-ambient-temperature drives. The cabin also features **31 litres of storage space** spread across compartments like the dual glovebox and door pockets.

**Pro-Tip: Interior Longevity** The top variants feature **premium suede and leatherette seats**. Suede inserts improve occupant grip during cornering, while the leatherette bolsters provide easier cleaning and higher wear resistance in high-traffic areas.

## Infotainment and Digital Interface Technology

The **Nissan GRAVITE** incorporates a digital-first cockpit designed for modern connectivity. The central interface consists of an **8-inch floating touchscreen infotainment display**. This system supports **wireless Apple CarPlay and Android Auto**, allowing the driver to use navigation and media apps without physical cable connections.

Complementing the central screen is a **7-inch digital driver display**. This cluster provides high-resolution graphics for speed, fuel economy, and safety warnings. Premium variants include a **JBL sound system** with four speakers and two tweeters, providing superior audio clarity compared to standard OEM units. For convenience, the vehicle also includes **wireless device charging** and a smart key with **push-button start/stop**.

## Pricing and Variant Strategy

Nissan launched the **Nissan GRAVITE** with an introductory price of **565,000 INR ($6,807 USD)** for the base Visia MT variant. The lineup extends to the Tekna LE AMT at **894,000 INR ($10,771 USD)**. This pricing strategy positions the GRAVITE as one of the most affordable seven-seater vehicles in the market, undercutting the Renault Triber and significantly undercutting the Maruti Suzuki Ertiga.

| Variant Name | Transmission | Price (INR) | Price (USD Est.) |
| --- | --- | --- | --- |
| Visia | 5-MT | ₹5,65,000 | $6,807 |
| Acenta | 5-MT | ₹6,59,000 | $7,940 |
| N-Connecta | 5-MT | ₹7,20,000 | $8,675 |
| N-Connecta | 5-AMT | ₹7,80,000 | $9,398 |
| Tekna | 5-MT | ₹7,91,000 | $9,530 |
| Tekna | 5-AMT | ₹8,49,000 | $10,229 |
| Launch Edition | 5-MT | ₹8,36,000 | $10,072 |
| Launch Edition | 5-AMT | ₹8,94,000 | $10,771 |

The introductory pricing is valid for the first 5,000 bookings, and the company offers five years of zero service costs for these early customers to incentivize the brand transition. This aggressive fiscal positioning addresses the primary market barrier for Nissan in India, which has historically been a small product portfolio and perceived maintenance costs.


## Comparative Market Environment

The **Nissan GRAVITE** enters a segment where space and value dominate consumer decision-making. Specifically, it competes with the [**Renault Triber**](https://www.cardivision.com/renault/new-renault-triber-redesigned-7-seater-led-lights-amt-option) and **[Maruti Suzuki Ertiga](https://www.carwale.com/marutisuzuki-cars/ertiga/expert-reviews/maruti-suzuki-ertiga-review-pros-and-cons/)**, while also pulling buyers from micro-SUVs like the **Tata Punch** and **Hyundai Exter**.

| Feature | Nissan GRAVITE | Renault Triber | Maruti Ertiga |
| --- | --- | --- | --- |
| Seating | 7 (Modular) | 7 (Modular) | 7 (Fixed) |
| Engine | 1.0L (72 PS) | 1.0L (71 PS) | 1.5L (103 PS) |
| Airbags | 6 (Standard) | 2 to 4 | 2 to 4 |
| Length | 3,987 mm | 3,990 mm | 4,395 mm |
| ESC/HSA | Standard | Optional/Top-end | Optional |
| Base Price | $6,807 | $6,940 | $10,602 |

The GRAVITE provides a technical advantage over the Triber in terms of standard safety equipment and digital cluster resolution. In addition, it undercuts the Ertiga by nearly $4,000 at the entry-level, although the Ertiga offers a more powerful 1.5-litre engine and more generous third-row legroom. From an expert perspective, the GRAVITE serves as the optimal choice for urban families requiring occasional seven-seat utility without the bulk or expense of a C-segment MPV.

## Engineering Logic: The "Why" Factor

Technical decisions in the **Nissan GRAVITE** focus on balancing reliability with cost-effectiveness. The choice of a **three-cylinder engine** reduces internal friction and engine weight, contributing to the sub-1,000 kg kerb weight. This light weight allows the 72 PS output to feel adequate in city traffic. The **rear drum brakes** were chosen because they provide sufficient stopping power for a 1.5-ton gross vehicle weight while being more resistant to dust and debris on unpaved roads than open-disc designs.

Specifically, the **EZ-Shift AMT** utilizes an electronic actuator rather than a torque converter or CVT to keep the vehicle price accessible. This technology offers a 19.6 kmpl mileage, which is critical for the Indian market where fuel prices directly influence vehicle adoption. The **15-inch dual-tone alloy wheels** on top trims use a 185/65 profile tire to provide a larger contact patch for highway stability without significantly increasing rolling resistance.

## Future Product Roadmap and Market Expansion

Nissan intends to use the GRAVITE as a catalyst for wider market expansion. Following this launch, the company will introduce a **dual-cylinder CNG variant**. This system uses two smaller 30-litre tanks placed under the floorboard rather than a single 60-litre tank in the boot, allowing the vehicle to retain its modular seating and some luggage capacity while using cheaper fuel.

Looking ahead, Nissan will launch the **Tekton C-SUV** in mid-2026 and a larger **seven-seater C-SUV** in 2027. These models will utilize more advanced platforms, likely the CMF-B, to compete in higher price brackets. The company is also expanding its dealership network to **250 outlets** by the end of the fiscal year to support these new launches and improve after-sales service reach.

## Actionable Takeaways for Potential Buyers

For consumers evaluating the **Nissan GRAVITE**, the following technical factors should influence the decision:

* **Maintenance:** The 1.0L naturally aspirated engine is mechanically simple, leading to lower long-term repair costs. Nissan's five-year zero-service offer for early birds significantly lowers the total cost of ownership.
* **Utility:** The 625-litre boot space in five-seater mode makes this vehicle more practical for long-distance travel than most sub-4m SUVs.
* **Safety:** The inclusion of 6 airbags and ESC as standard provides a safety margin that is currently unique in this price segment.
* **Fuel Choice:** For buyers with high monthly mileage, waiting for the dual-cylinder CNG variant may provide better ROI despite a slightly higher initial purchase price.

**Nissan GRAVITE** represents a calculated entry into a segment that demands high utility and low costs. By using the **CMF-A+ platform** and prioritizing standard safety features, Nissan has established a new technical baseline for affordable MPVs in the Indian market. The vehicle effectively bridges the gap between small hatchbacks and larger SUVs, providing a versatile solution for the evolving needs of modern families.


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