APIXO
Video GenerationTurbo ProTail-Frame Control

Kuaishou’s Kling AI 2.5 Turbo Pro generates short videos from text or one starting image, with optional tail-frame control for image-led transitions. The model improves prompt adherence, composition, lighting, dynamic effects, and style consistency while reducing generation cost versus Kling AI 2.1.

APIXO Workflows

Text-to-video / Image-to-video

APIXO Price

From $0.30 / videoFive-second generation

Duration

5 or 10 seconds

Model Output

1080p

Released

Sep 23, 2025

Create with Kling 2.5 Turbo Pro

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Faster Pro Production

Create controlled short-form video from prompts or prepared frames

Kling 2.5 Turbo Pro focuses on two practical paths: create a scene from text or animate a prepared image. Both support five- and ten-second output, while image-to-video can add a second image as the intended tail frame for more directed transitions.

Capabilities

Stronger control across motion and visual direction

Improved Prompt Adherence

Kuaishou reports substantial advances in prompt adherence for Kling AI 2.5 Turbo. Detailed briefs can direct subject action, setting, timing, camera behavior, lighting, and stylistic intent within a compact generated sequence.

Refined Composition

The model release specifically improves composition and lighting, helping scenes establish clearer subject placement, depth, visual emphasis, and atmosphere without requiring an excessively engineered prompt.

Stronger Dynamic Effects

Kling AI 2.5 Turbo advances dynamic effects and motion presentation for action-led shots, transformations, environmental movement, and camera-driven sequences. Complex physical interactions still require careful review.

Greater Visual Stability

Kuaishou positions the release as improving controllability, stability, and consistency. These qualities help preserve the intended visual direction across motion, although identity and fine details can still drift.

More Consistent Styling

Improved style consistency helps photographic, cinematic, animated, and illustrative directions remain more coherent throughout a shot. The source image can provide an additional visual anchor in image-to-video mode.

Complex Temporal Instructions

Kling AI 2.5 Turbo improves its handling of multi-step instructions, causal relationships, character interactions, and scene transitions. This supports shots where actions must unfold in a clearer temporal order rather than appearing as disconnected motion.

APIXO Modes

Start from a written scene or prepared visual

Text-to-Video Generation

Submit a required prompt without source images. APIXO forwards a selected 16:9, 9:16, or 1:1 aspect ratio for this workflow, making it suitable for landscape, vertical, and square placements.

Prompt to Video

Image-to-Video Generation

Supply one image as the starting frame and optionally a second as the tail frame. APIXO does not forward an aspect-ratio control for this workflow, so prepare source assets in the intended composition.

Start + Optional Tail
Production Specifications

Kling 2.5 Turbo Pro on APIXO

Public controls for this dedicated Pro route, without later Kling features.

Up to 2,500 characters

Prompt Length

Up to 2,500 characters

Negative Prompt

1–2 image URLs

Image Input

16:9 / 9:16 / 1:1

Text-to-Video Ratios

0–1 in 0.1 steps

CFG Scale

Async / Callback

Delivery

Production Uses

Build focused clips for campaigns and preproduction

Advertising

Product and Campaign Motion

Animate product photography, key art, or lifestyle imagery into promotional clips. Describe the desired product behavior, camera movement, lighting, and environment, then review labels, geometry, and object contact before publication.

Social Content

Placement-Specific Short Video

Generate five- or ten-second campaign assets from text in horizontal, vertical, or square framing. The two fixed duration options suit teasers, paid-social concepts, visual hooks, and short atmospheric sequences.

Transition Design

Start-to-Tail Frame Concepts

Supply two images to direct the beginning and intended end of an image-to-video shot. Use this for transformations, time shifts, reveals, or scene changes where both endpoints matter more than unrestricted motion.

Previsualization

Camera and Action Studies

Prototype camera moves, character blocking, dynamic effects, and physical interactions before committing production resources. Its lower generation cost than Kling AI 2.1 makes repeated shot exploration more practical.

Integration Notes

Keep workflow-specific rules explicit

APIXO constraints

01

APIXO exposes Kling 2.5 Turbo Pro only; no Standard or Master tier is grouped on this route.

02

Both workflows require a prompt and a duration of exactly 5 or 10 seconds.

03

Image-to-video requires one public image URL and accepts one optional tail-frame image.

04

Aspect ratio is forwarded only for text-to-video, not image-to-video.

05

APIXO does not expose audio, video input, extension, editing, lip-sync, or motion-control parameters here.

06

Completed result URLs should be downloaded promptly rather than treated as permanent storage.

Kling 2.5 Turbo Pro questions

Yes. APIXO maps this endpoint to Kling 2.5 Turbo Pro and exposes only its text-to-video and image-to-video workflows. It does not group Kling 2.5 Standard, Kling 2.1, Kling 2.6, or Kling 3.0.

APIXO lists starting prices of $0.30 per five-second video and $0.60 per ten-second video, equivalent to a starting rate of $0.06 per generated second. Both exposed workflows use the duration-based pricing schedule.

In image-to-video mode, the first image is the starting frame and the optional second image is the tail frame. Kling generates the motion between them; the feature does not guarantee deterministic interpolation or exact preservation of every detail.

No audio input or generation control is publicly exposed by APIXO for this route. Native audiovisual generation belongs to later Kling products and should not be attributed to Kling 2.5 Turbo Pro.

Inspect identity, anatomy, hands, text, object contact, rapid movement, and transition continuity. Crowded scenes, overlapping subjects, extreme motion, and longer action chains can still introduce deformation or temporal inconsistency.

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