Kia has officially introduced the 2027 Telluride Hybrid as a significant update to its popular three-row SUV lineup, featuring a new gas-electric powertrain. This hybrid variant starts at a base price of $48,035. On the surface, this is $7,300 higher than the entry-level price of the nonhybrid 2027 Telluride. However, a closer look reveals that this price difference is largely due to the hybrid model's trim structure rather than just the added technology. The hybrid version skips the affordable LX and S trims offered in the gas-only version and begins at the EX trim. Consequently, the starting price difference of $7,300 is somewhat misleading for those who would typically select an EX level vehicle regardless of the powertrain source. When comparing equivalent trims, the cost impact is much smaller. The nonhybrid EX starts at $45,335. Consequently, the hybrid powertrain adds just $2,700 to the cost when comparing the EX trims directly.

Trim Levels and Pricing
The Telluride Hybrid lineup is streamlined compared to the nonhybrid version, offering five trims instead of the ten available in the gas-only model. This reduction in options allows for a more focused purchasing experience while still providing necessary variety in drivetrain configurations. The base EX trim comes standard with front-wheel drive, with an option to upgrade to all-wheel drive for an additional $2,000. Moving up the ladder, the SX trim starts at $53,035. Notably, the SX with the hybrid powertrain is exclusively front-wheel drive. For all-wheel drive in the SX variant, buyers must step up to the X-Line SX, priced at $56,035. The top-tier trims, SX-Prestige and X-Line SX-Prestige, start at $58,135 and $59,135, respectively. These top-level variants are only available with all-wheel drive, ensuring premium features and drivetrain capabilities are bundled together for a higher cost.
$48,035
Hybrid Base Price (EX FWD)
$40,735
Nonhybrid Base Price (LX)
$45,335
Nonhybrid EX Price (FWD)
$2,700
Hybrid Powertrain Cost (EX to EX)
5
Total Hybrid Trims Available
10
Total Gas Trims Available
Performance and Efficiency
Powering the Telluride Hybrid is a combination of a turbocharged 2.5-liter four-cylinder engine and two electric motors. This setup delivers a robust 329 horsepower, ensuring the vehicle maintains strong performance metrics. Regarding efficiency, the setup achieves an impressive combined fuel efficiency of up to 35 mpg, as rated by the EPA for the base EX front-wheel drive model. Additionally, the hybrid Telluride offers a towing capacity of up to 4,500 pounds, making it a versatile choice for families and adventurers alike who need utility without pure EV range limitations. This towing capacity ensures the hybrid does not compromise on hauling ability despite the added weight of the battery system. Nonhybrid 2027 Tellurides are already available at dealerships, and the hybrid models are expected to arrive soon, giving customers a chance to test the gas versions first.
Conclusion
The introduction of the hybrid powertrain marks a major shift for the second-generation Kia Telluride, reflecting the brand's push toward electrification while maintaining the SUV's reputation for practicality. While pricing for the nonhybrid models had been previously announced, the hybrid's cost remained undisclosed until now. The higher starting price of the hybrid may deter some buyers, but the improved fuel economy and powerful output could justify the premium for those prioritizing efficiency and eco-friendliness. In summary, the 2027 Kia Telluride Hybrid offers a compelling alternative to the traditional gas-only model with a simplified trim lineup and strong performance. While it comes at a higher cost at the base level due to the absence of lower trims, the price difference narrows when comparing similar equipment levels. With its blend of power, efficiency, and utility, the Telluride Hybrid is poised to appeal to a wide range of SUV buyers. Detailed reviews and specifications will help prospective owners determine if the hybrid benefits outweigh the initial investment.