'Lioness' star Laysla De Oliveira's new video shows off stunning gun skills

Known for her role as Cruz Manuelos in the hit Paramount+ series, Laysla De Oliveira recently shared a video showcasing her precision at the Taran Tactical range, a popular training ground for firearm enthusiasts.

In the video, De Oliveira expertly handles a pistol, drawing attention for her seamless technique and poise.

Laysla De Oliveira proves she's a real-life Lioness

The video highlights De Oliveira's commitment to embodying the intense, action-packed persona of Cruz, a Marine-turned-CIA Lioness operative in the series.

Fans of Lioness have long admired Cruz's fearless approach to combat, and this latest display of De Oliveira's real-life firearm skills only deepens the connection between actor and character.

Her proficiency with a gun comes as no surprise to those who followed Cruz's journey in Special Ops: Lioness Season 1.

Cruz was pivotal in the show's plot, navigating personal and professional challenges that left a lasting impact.

Although absent from the initial episodes of Season 2, fans can rest assured that Cruz will make her return.

Series star Zoe Saldana recently confirmed De Oliveira's comeback, hinting at an evolving relationship dynamic between Cruz and Saldana's character, Joe.

Cruz's storyline in Season 1 captivated viewers with its high stakes and emotional depth.

As a Force Recon Marine escaping an abusive past, Cruz quickly became a standout operative in the CIA's Lioness program.

However, her mission took a heartbreaking turn when she fell for Aaliyah Amrohi, the daughter of a terrorist target, leading to a devastating conclusion.

With her gun range video reigniting interest in both her skills and character, anticipation for Cruz's return in Lioness Season 2 is building.

Viewers are eager to see how Cruz's story unfolds and how her past confrontations with Joe will shape future missions.

Special Ops: Lioness Season 2 is now streaming on Paramount+, promising more action, intrigue, and emotional depth.