Thrifty Cab! Flutter UI Kit for Cab booking, Taxi and Self Drive Car Renting Application is a $19 interface package on ThemeForest containing pre-built screens for two separate mobile apps: a rider-facing booking app and a driver app. It is aimed at Flutter developers and agencies who want a finished visual layer for a taxi, outstation cab, fleet or self-drive rental product rather than a working backend, and who are prepared to wire it to their own API or Firebase project.
The distinction matters because the listing’s title could be misread as a complete solution. It is a UI kit: layouts, navigation, form validation, animations and dummy models are supplied, while pricing logic, dispatch, payments, maps and authentication live outside the package. Buyers who understand that boundary will find a substantial amount of screen work already done; buyers expecting a deployable taxi platform will not.
What the Thrifty Cab! Flutter UI Kit actually delivers
The package covers more than 50 screens split across the two applications, and the split is the most useful structural decision in the product. A booking marketplace needs both sides of the transaction designed consistently, and most low-cost kits only ship the customer side. Here the driver app includes upcoming rides, a new-ride popup, ride detail, cancel confirmation, an OTP-based ride start, ride completion and a filtered history view, plus KYC information and assigned cab details in the account area.
Two booking flows, not one
The customer app branches at a selection screen into self-drive rental and taxi booking, and the taxi path itself divides into local and outstation journeys. The self-drive flow runs from a plan-my-trip screen through vehicle list, vehicle detail, booking information, personal details, checkout, success and a booking history with cancel and update actions. The local taxi flow covers pickup and drop selection, location confirmation, cab choice, a searching state and driver assignment. Outstation adds date selection and one-way versus round-trip handling before checkout. That is a realistic model of how these products are actually sold, and having the screens mapped out saves a meaningful amount of wireframing.
States, edge cases and validation
Empty states are provided for no bookings and no vehicles, and there are dedicated success screens for feedback submission and booking confirmation. Skeleton loading screens and shimmer effects appear on lists and images. These are the screens that get skipped in a rushed build and then look unfinished in production, so their presence is a genuine indicator of maturity. The changelog reinforces this: later versions added on-interaction text field validation, autofill, tooltips, image compression on document upload, copyable booking IDs and a call button for reaching the driver directly.
Architecture, theming and localisation
The code is written in Dart against Flutter, so a single codebase serves both Android and iOS. Global theme definitions mean colours and typography can be restyled centrally rather than screen by screen. Multilingual support works through JSON translation files, which is the standard Flutter approach and keeps localisation manageable. Entities and models are supplied as ready-to-use structures, and the vendor states the UI connects to REST APIs or Firebase. Animations include hero transitions, fade, bounce, slide and swipe effects, used for popups and screen changes rather than as decoration.
Maintenance signals
The changelog runs from an initial December 2021 release to version 1.6 in February 2024, which upgraded the project to Flutter 3.16.4 and Dart 3.2.3, refreshed packages, replaced a deprecated SVG package member and moved the app to Material 3. A kit that has been kept current across major Flutter revisions is a lower-risk purchase than one abandoned after launch, because Flutter’s breaking changes tend to accumulate quickly.
Where this kit fits and where it does not
The strongest fit is a development team or freelancer building a taxi or car rental app who wants to compress the design and layout phase. A small agency pitching a client demo can assemble a convincing, animated prototype in days rather than weeks, and the two-app structure means the pitch covers the driver experience too. Independent developers building an MVP for a single city or fleet operator are another natural audience, particularly where the budget does not stretch to a custom design system.
It also suits teams planning a self-drive rental product specifically, since that flow is fully mapped rather than bolted on. Products that need to support both rental and metered taxi journeys from one account are well served by the existing branch screen.
The wrong choice is any project that needs a functioning product out of the box. There is no dispatch engine, no fare calculation, no payment gateway integration, no live map implementation and no backend in the package. A solo founder with no Flutter experience hoping to publish a working taxi app will find the kit is perhaps a third of the job. Similarly, a business with an existing design system or brand guidelines will spend much of the kit’s value overriding it, and an enterprise fleet platform with complex dispatch rules will outgrow these screens quickly.
Strengths and limitations
Strengths
- Both the customer and driver applications are included, which is unusual at this price point and removes the harder half of a marketplace design.
- Three distinct booking journeys — self-drive rental, local taxi and outstation taxi — are each mapped end to end, including checkout and confirmation.
- Empty states, skeleton loaders, shimmer effects and validation feedback are present, giving the app a finished feel rather than a demo feel.
- Global theming and JSON-based translation make rebranding and localisation practical rather than a rewrite.
- Actively maintained through Flutter 3.16.4 and Material 3, with a changelog that documents real fixes rather than vague improvements.
- At $19 the cost is negligible against the hours of screen construction it replaces.
Limitations
- It is a UI kit only. Maps, geolocation, fare rules, payments, push notifications, authentication and dispatch must all be sourced or built separately, and the vendor does not state which packages are used for any of them.
- The listing does not disclose sales figures, so there is no public signal of adoption or peer review to weigh.
- No live preview or demo build is described in the listing, which makes it difficult to judge animation quality and interaction polish before purchase.
- Because the kit is built around dummy models, adapting it to a real API contract means rewriting the data layer screen by screen — the supplied entities are a starting shape, not a schema.
- Material 3 migration is recent, so any custom components layered on earlier versions may need rework.
- Documentation is described as present but its depth is not stated; teams relying on it for onboarding should assume they will read the Dart source.
How it compares with the wider Flutter taxi template category
Templates in this category generally fall into three groups: full source-code applications with a bundled backend, single-sided UI kits for the customer app, and design-only Figma files. This product sits firmly in the second group but stretches it by including the driver app. Against full applications, it offers far less functionality but also far less lock-in — there is no opinionated backend to unpick, no server stack to host, and no licence constraints on how the data layer is built. Teams with an existing API often prefer that freedom.
Against single-sided UI kits, the inclusion of driver screens is the decisive advantage, since a marketplace without a designed supply side is only half usable. Against Figma files, the advantage is that the layouts already exist as working Flutter widgets with animation and validation, which removes a translation step where design intent is usually lost. The trade-off in every comparison is the same: this kit accelerates the visible layer and leaves the invisible layer entirely to the buyer.
Frequently Asked Questions
Is Thrifty Cab a complete taxi booking app or just a UI kit?
It is a UI kit only. The package supplies screens, widgets, animations, models and theming for a customer app and a driver app, but no backend, dispatch logic, payment processing or map integration. A working product requires connecting the interface to a REST API or Firebase project and building the business logic separately.
Which Flutter version does the Thrifty Cab UI kit require?
The most recent release, version 1.6 from February 2024, upgraded the project to Flutter 3.16.4 and Dart 3.2.3 and migrated the interface to Material 3. Earlier versions targeted Flutter 2.12. Projects on older Flutter releases should expect to update packages and resolve deprecations before the code compiles cleanly.
Can the Thrifty Cab UI kit be translated into another language?
Yes. Multilingual support is built in through JSON translation files, which is the standard Flutter localisation route. Adding a new language means supplying a JSON file with translated strings rather than editing individual screens. Right-to-left layouts are not specifically addressed in the listing, so teams targeting Arabic, Hebrew or Urdu should verify support before committing.
Does the kit include both the rider and driver apps?
Yes, two applications are included. The customer app covers self-drive rental, local taxi and outstation booking flows plus account, review and reporting screens. The driver app covers upcoming and new rides, OTP-based ride start, completion, filtered history, KYC information and account settings. Both share the same theming and localisation approach.
Verdict on the Thrifty Cab! Flutter UI Kit for Cab booking, Taxi and Self Drive Car Renting Application
Buy this if a Flutter codebase is already the plan and the goal is to skip weeks of screen building for a taxi, outstation cab, fleet or self-drive rental product — particularly if the driver-side experience needs designing too. The combination of two apps, three complete booking journeys, proper empty and loading states, and a changelog that reaches Material 3 makes it a sensible $19 purchase for that purpose. Do not buy it expecting a finished platform, a backend, or a no-code route to launch; the maps, pricing, payments and dispatch work all remain. Teams with an established design system or complex operational rules should treat it as reference material at best.
