How Zilo Scaled 60-Minute Try-and-Buy Delivery with Pidge

How Zilo Scaled 60-Minute Try-and-Buy Delivery with Pidge

Jul 7, 2026

5 min Read

Zilo created a new customer promise.

Pidge created the operating layer that made it scalable.

Try-and-buy fashion delivery is not a normal last-mile operation. It requires speed, rider discipline, item-level control, customer doorstep coordination, payment closure, partial acceptance handling, reverse pickup, and live visibility.

For Zilo, the promise was clear: enable customers to try apparel at their doorstep within a 60-minute delivery window.

But making that promise work at scale required more than riders.

It required a delivery operating layer that could manage dedicated rider supply, regional deployment, order visibility, doorstep workflows, reverse movement, and operational control.

That is where Pidge helped Zilo scale 60-minute try-and-buy delivery across Mumbai regions.

Zilo’s delivery promise needed operational precision

Logistics Insight: A 60-minute try-and-buy model needs speed and control across both delivery and reverse logistics.

Zilo’s model depends on a high-touch customer experience.

The customer does not simply receive an order.

The customer tries the product, accepts selected items, rejects others, and completes payment only for what is accepted.

This means the delivery workflow includes:

  • Fast order movement

  • Rider assignment

  • Store pickup

  • Customer doorstep coordination

  • Product trial support

  • Partial acceptance handling

  • Rejected item return

  • COD or payment closure

  • Proof and status updates

  • Reverse logistics visibility

This makes the operating model more complex than standard ecommerce delivery.

Zilo needed a partner that could support both speed and workflow discipline.

The challenge was not only delivery speed

Logistics Insight: In try-and-buy fashion, speed matters only when the full doorstep workflow is completed correctly.

A 60-minute delivery promise cannot be measured only by rider movement.

The order must be picked, packed, assigned, delivered, tried, accepted or rejected, closed financially, and returned where required.

If the rider reaches the customer but the accepted and rejected items are not captured properly, the operation is incomplete.

If the rejected item return is unclear, inventory visibility suffers.

If payment does not match accepted items, reconciliation becomes difficult.

If the failed attempt is not genuine or properly recorded, customer experience and operational trust weaken.

For Zilo, scaling delivery meant building control across the full try-and-buy journey.

Pidge supported Zilo with a PDR-led operating model

Logistics Insight: Dedicated rider deployment helps high-touch delivery models maintain better control over speed, reliability, and workflow discipline.

Zilo’s 60-minute try-and-buy model needed a delivery layer that could operate with consistency.

Pidge supported this through a PDR-led model.

This helped Zilo create more dependable execution across active regions.

The operating model supported:

  • Dedicated rider deployment

  • Store-level pickup coordination

  • Rider assignment

  • Order movement visibility

  • Customer doorstep workflow

  • Partial acceptance support

  • Reverse pickup handling

  • COD and payment workflow support

  • Operational monitoring

  • Regional scale-up

For a specialized fashion delivery model, this kind of dedicated operating control becomes important.

It helps reduce dependency on fragmented delivery coordination.

Zilo scaled from 70 OPD to 600–700 OPD

Logistics Insight: Try-and-buy delivery becomes scalable when the operating layer can support growth without losing workflow control.

Zilo’s delivery scale grew from around 70 orders per day to 600–700 orders per day.

This growth was not only about adding delivery capacity.

It required a system that could support more orders, more riders, more regions, more customer interactions, and more reverse movement.

As order volume increased, the operation needed better visibility into:

  • Active orders

  • Rider assignment

  • Pickup status

  • Delivery progress

  • Partial acceptance cases

  • Rejected item movement

  • Failed attempts

  • COD and payment closure

  • Regional performance

  • Exception cases

Scaling try-and-buy delivery requires every part of the operation to remain visible and accountable.

Zilo reached a peak of 731 orders in a day

Logistics Insight: Peak-day performance depends on rider readiness, allocation control, monitoring, and exception response.

Peak days create pressure on delivery operations.

For Zilo, peak execution required the network to handle high order movement without losing control over the try-and-buy workflow.

During peak volume, delivery teams need to manage:

  • Rider availability

  • Pickup readiness

  • Allocation speed

  • Delivery timelines

  • Customer coordination

  • Doorstep trial time

  • Reverse item handling

  • Payment closure

  • Failed attempt tracking

  • Operational escalations

Zilo reached a peak of 731 orders in a day.

This shows the importance of a delivery operating layer that can support both volume and workflow complexity.

Zilo completed 17,134 monthly orders in February

Logistics Insight: Monthly scale shows whether the delivery model is repeatable, not just successful on one peak day.

A peak day can show capacity.

Monthly order volume shows operating consistency.

Zilo completed 17,134 orders in February.

For a try-and-buy apparel model, this level of execution needs repeatable daily control across riders, stores, customers, payments, accepted items, rejected items, and reverse movement.

The challenge is not only completing orders.

The challenge is completing them with the right workflow.

That is why structured delivery visibility becomes important for brands like Zilo.

Regional expansion needed city-level execution control

Logistics Insight: Specialized delivery models become harder to manage when they expand across multiple city regions.

Zilo’s delivery operation expanded across key Mumbai regions including Malad, Ghatkopar, Lower Parel, Thane, and Vashi.

Each region has different demand patterns, rider availability, traffic movement, store coordination requirements, and customer behaviour.

Regional scale creates challenges such as:

  • Rider deployment by region

  • Store pickup coordination

  • Route movement

  • Customer availability

  • Failed attempt management

  • Reverse item return

  • SLA consistency

  • Region-wise performance visibility

  • Operational escalation

Pidge helped support regional execution through managed operations, dedicated resources, and platform visibility.

This helped Zilo move from a limited operating base to a broader Mumbai delivery footprint.

Partial acceptance needed item-level discipline

Logistics Insight: Try-and-buy delivery needs item-level clarity because the customer may accept only part of the order.

In Zilo’s model, customers may not keep every item.

They may accept some products and reject others.

This makes partial acceptance a critical workflow.

The delivery system needs to capture:

  • Items sent to customer

  • Items accepted by customer

  • Items rejected by customer

  • Payment linked to accepted items

  • Rejected items collected by rider

  • Return movement status

  • Final closure

Without item-level discipline, the business may face inventory mismatch, payment confusion, customer disputes, and operational gaps.

Pidge helped support the delivery workflow where accepted and rejected items needed clearer operational handling.

Reverse logistics was part of the core delivery journey

Logistics Insight: For try-and-buy brands, reverse logistics is not an after-sales process. It is part of the same delivery interaction.

In a normal ecommerce delivery, reverse logistics may happen later through a separate return request.

In try-and-buy, reverse logistics begins at the customer doorstep.

When the customer rejects an item, the rider must carry it back through the operational flow.

This creates a connected forward and reverse journey.

Zilo needed visibility across:

  • Forward order delivery

  • Customer trial

  • Accepted products

  • Rejected products

  • Reverse pickup

  • Return movement

  • Payment closure

  • Final order status

Pidge helped Zilo manage this specialized delivery flow with better control than manual coordination alone could provide.

Rider productivity became central to scale

Logistics Insight: High-touch delivery models need riders who are not only available, but productive, visible, and workflow-compliant.

Zilo’s delivery model required riders to follow a more detailed workflow than standard handover delivery.

Riders needed to manage:

  • Timely pickup

  • Customer doorstep coordination

  • Trial-time handling

  • Accepted and rejected item updates

  • COD or payment-related closure where relevant

  • Reverse item handling

  • Failed attempt reporting

  • Status updates

As Zilo scaled, rider productivity became important.

The operation needed to understand which riders were active, where orders were moving, where delays were happening, and which regions needed better deployment.

Pidge helped create stronger rider and operational visibility for this scale-up.

Tracking and monitoring helped protect the customer promise

Logistics Insight: A 60-minute promise needs live visibility because teams must identify risks before the customer experience breaks.

When the delivery promise is time-sensitive, teams cannot wait for delayed updates.

They need live visibility into:

  • Assigned riders

  • Pickup status

  • Delivery movement

  • Active orders

  • Delayed orders

  • Failed attempts

  • Regional performance

  • Customer doorstep status

  • Reverse movement

  • Exception cases

Pidge TRACE helps improve rider and fleet visibility.

WatchTower helps operations teams monitor delivery movement and operational risks.

For a brand like Zilo, this visibility helped support better control across the delivery journey.

Exception handling was critical for reliability

Logistics Insight: Try-and-buy delivery exceptions affect customer experience, inventory, payment, and reverse logistics at the same time.

Zilo’s model could face exceptions such as:

  • Rider delay

  • Pickup delay

  • Customer unavailable

  • Trial not completed

  • Partial acceptance mismatch

  • Rejected item handling issue

  • Payment mismatch

  • Failed attempt

  • Reverse pickup gap

  • Regional capacity issue

These exceptions need quick detection and structured resolution.

Pidge SmartShape helps automate delivery exception workflows by triggering corrective actions when disruptions occur.

This helps reduce manual firefighting and supports more reliable execution.

How Pidge helped Zilo scale 60-minute try-and-buy delivery

Logistics Insight: Pidge helped Zilo scale by combining dedicated rider deployment, platform visibility, operational monitoring, reverse workflow support, and managed delivery execution.

Pidge supported Zilo through a connected logistics operating layer.

It helped with:

  • PDR-led dedicated rider deployment

  • Regional delivery execution

  • Rider and fleet visibility

  • Order tracking

  • Store pickup coordination

  • Doorstep workflow support

  • Partial acceptance handling

  • Reverse pickup movement

  • Exception handling

  • Operational monitoring

  • COD and payout-related visibility where relevant

  • Regional scale-up across Mumbai

Pidge did not just help Zilo deliver faster.

It helped Zilo make 60-minute try-and-buy fashion operationally scalable.

What try-and-buy brands should track

Logistics Insight: Try-and-buy brands need to track both delivery performance and reverse workflow performance to scale reliably.

Important metrics include:

  • Orders per day

  • Monthly order volume

  • Peak-day orders

  • Region-wise order volume

  • Rider availability

  • Rider productivity

  • Pickup delay

  • Delivery delay

  • SLA adherence

  • Partial acceptance rate

  • Rejected item count

  • Reverse pickup completion

  • Failed attempt rate

  • Customer unavailable cases

  • Payment mismatch cases

  • Exception count

  • Exception resolution time

  • Region-wise performance

  • Rider-wise performance

These metrics help try-and-buy brands understand whether the operating model is ready to scale across more regions and cities.

What try-and-buy brands should track

Logistics Insight: Try-and-buy brands need to track both delivery performance and reverse workflow performance to scale reliably.

Important metrics include:

  • Orders per day

  • Monthly order volume

  • Peak-day orders

  • Region-wise order volume

  • Rider availability

  • Rider productivity

  • Pickup delay

  • Delivery delay

  • SLA adherence

  • Partial acceptance rate

  • Rejected item count

  • Reverse pickup completion

  • Failed attempt rate

  • Customer unavailable cases

  • Payment mismatch cases

  • Exception count

  • Exception resolution time

  • Region-wise performance

  • Rider-wise performance

These metrics help try-and-buy brands understand whether the operating model is ready to scale across more regions and cities.

Final takeaway

Logistics Insight: Zilo scaled 60-minute try-and-buy delivery by pairing a strong customer promise with a structured logistics operating layer.

Try-and-buy fashion is difficult to scale because the delivery journey does not end with handover.

It includes trial, partial acceptance, payment closure, rejected item return, reverse movement, and customer experience control.

Zilo’s growth from 70 OPD to 600–700 OPD, with a peak of 731 orders in a day and 17,134 monthly orders in February, required more than delivery supply.

It required operational orchestration.

Pidge helped Zilo create that operating layer across riders, regions, workflows, visibility, exceptions, and reverse logistics.

That is how Zilo scaled 60-minute try-and-buy delivery with Pidge.

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