It's 10 in the morning. Your driver has had three failed attempts in the same direction: no one opens, the doorman doesn't answer and the customer doesn't pick up the phone. Now that stop is floating in the air - neither delivered nor canceled - and the rest of the route is starting to mismatch.

What just happened has a name: a failure in the delivery rate on the first attempt. And if more happens to you than you'd like, you're not alone.

What is FTDR and why it matters more than it seems

La first-time delivery rate (First Time Delivery Rate or FTDR) measures the percentage of orders that are successfully delivered the first time the delivery person arrives at the address. No reattempts. No follow-up calls. Without coordinating a second visit.

The formula is simple:

FTDR = (Successful deliveries on the first attempt/Total delivery attempts) × 100

An FTDR of 85% seems reasonable until you think about it in volume: it means that 1 in 6 deliveries requires a second attempt. With all that that implies.

The hidden cost of each retry

When a delivery fails, the counter doesn't stop. Start another one:

• Direct logistics cost: the driver returns to the warehouse or schedules a second visit. Between 3 and 8 kilometers on average that were not in the plan.
• Management time: someone on your team has to process the notice, coordinate the retry, and update the customer.
• Customer Satisfaction: A failed delivery is, for many buyers, reason enough not to repeat.
• Returns: in B2C operations, packages not delivered on time trigger returns, especially in ecommerce.

In operations with 50 to 150 daily deliveries, improving the FTDR by 5% can translate into tens of kilometers and hours saved each week. It's one of the last-mile metrics with the greatest direct impact on profitability.

Why first attempts fail

Before looking for solutions, it is important to understand the real causes. The most common:

The customer was not available during the delivery time. The delivery arrived at 11:00 and the customer works until 17:00. Nobody knew. Nobody asked.

The address had incorrect or incomplete data. The floor is missing, there is an error in the number, or the geocoding points to the wrong point. The driver arrives, but not at the right place.

The customer received no notice that the delivery was close. Without accurate ETA notifications, the customer doesn't prepare. When the delivery person arrives, you may be in a meeting, in the shower, or just not listening to the intercom.

The delivery window was not aligned with actual availability. A range was offered from 09:00 to 13:00, but the customer can only receive between 14:00 and 17:00. No one validated that when planning.

How to improve the FTDR: concrete actions

Automatic notifications with real ETA

The most effective - and the most underestimated - measure is to let the customer know in good time before the delivery person arrives. Not the day before. Not by email. An SMS or WhatsApp with the accurate and updated ETA of when the driver will be at the delivery address, that generates a real reaction window.

When the customer knows that their order arrives at a specific time, they can organize their schedule, ask a neighbor to pick it up or simply go down to receive it. The number of “there was no one there” plummets.

Confirm time availability before assigning the route

In operations with time windows, confirmation must occur formerly that the package enters the route — not the same day of delivery. Integrating this information into the planning makes it possible to group deliveries by real band, not by theoretical strip. The result: fewer conflicts, more completed deliveries.

Geocoding verified before leaving

Each address must go through a validation process before it reaches the driver's map. A poorly geocoded address can ruin the entire delivery. Modern planning tools detect inconsistencies in coordinates and point them out before the driver starts — so that the error doesn't travel with him.

Record the reason for each failed delivery

If the driver can record in two taps why the delivery failed - “no one at home”, “access impossible”, “wrong address” - you have real data to act on. Without that record, the problem is repeated indefinitely without anyone understanding why. Proof of delivery also applies to failed attempts.

Measure to improve

Your current FTDR is the starting point. If you don't measure it, you can't improve it. The least you need to know:

• % of deliveries completed on the first attempt (per week, per zone, per driver)
• Main registered causes of failure
• Estimated cost of each retry on your operation

With those three pieces of data, you have enough to prioritize. And to justify it to management with numbers, not with intuition.

Perfect delivery is not luck

A high FTDR doesn't happen by chance. It happens because the customer was notified, the address was correct, the window was real and the driver had the information he needed before leaving.

Routal helps to plan routes that respect real time windows, sends automatic notifications to the end customer with ETA in real time and allows drivers to record incidents in seconds - so that the next attempt is not necessary.

Cases such as Ametller Origen, which delivers in 1-hour time slots and notifies its customers, achieve a success rate in the first delivery above 99.5%. Convenience, Information and Optimization.

How many reattempts would you avoid this week? Start by measuring them. Then, one by one, they cease to exist.

Get started for free with Routal →

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Cities are changing the game of the last mile. More pedestrianization, more restrictions on polluting vehicles, more saturated loading and unloading areas... and, at the same time, more urgency to deliver quickly and without fail. In this context, the Cargobikes (cargo bikes, usually with electric assistance) have become one of the most powerful solutions for operating in urban centers.

But beware: just because a cargobike is agile does not mean that the operation is “easy”. The difference between profitable cycling and one that is going to waste is usually the same as always: routes and planning. This is where the route optimization goes from being “a plus” to being the heart of the business.

In this article, we tell you about the real challenges of delivering a cargobike (with a clear example in the old town of Barcelona) and how Routal helps to plan and execute bicycle routes efficiently, respecting capacity, types of streets and peculiarities of the operation.

Why cargobikes are key to the last urban mile

In central areas (think of Ciutat Vella in Barcelona: narrow streets, pedestrian sections, limited access), a traditional vehicle has constant problems:

• Find a space to stop without blocking.
• Comply with time windows on regulated streets.
• Avoid being surrounded by access restrictions.
• Reduce incidents due to “cannot be delivered”.

Una Cargobike It's just the opposite: you can move easily, park with much less impact, and access areas where a van doesn't fit directly. And also:

• Lower maintenance cost than a motor vehicle.
• Cheaper energy (and predictable) than fuel.
• Less risk of penalties for improper parking.
• More flexible operation for urban micro-hubs or dark stores.

The real challenges of cycling logistics (and why optimization matters so much)

Cargobike routes are usually Shorter, yes... but they have to be much more accurate. On a bike, every minute and every kilo counts.

1) Limited capacity: volume and weight rule

A cargobike has a much smaller capacity than a van. This requires planning with a magnifying glass:

• How many stops can each route make without breaking capacity.
• Which orders “fit” together.
• When should you return to the micro-hub to recharge.

Without good planning, two things happen:

• Or you leave with a low load and lose productivity.
• Or you overcapacity and there are delays, extra trips and failed deliveries.

2) Narrow, pedestrianized streets and difficult accesses (Barcelona center)

In the old town there are sections where:

• You can't come in at certain times.
• You can't drive on some streets with certain vehicles.
• Navigation changes due to works, events or local regulations.

Cycling has an advantage, but you still need a route that Don't make you zigzag nor does it send you down streets that slow you down.

3) Parking: the big bottleneck (even if you're riding a bike)

In a van, stopping can be difficult. On cargobike, it gets better... but it doesn't go away. If the route is not well designed, the delivery person ends up:

• Traveling more than the account on foot with the package.
• Making inefficient stops (many laps, little delivery).

4) Delivery windows and customer promises

In the urban center, customers (and businesses) highly value punctuality. If you promise 10:30 — 11:00 and arrive 11:25, the cost isn't just the time:

• It increases the likelihood of incidence.
• Satisfaction decreases.
• Reattempts are multiplying.

5) Workforce: more accessible, but requires operational control

A very interesting point: when delivering by bike, You don't need a driver's license as in a motor vehicle. This opens up the cast to more profiles and can facilitate peak scaling.

But precisely because of that flexibility, it is key to have:

• Clear and easy to follow routes.
• Visibility of progress.
• A system that reduces improvisation.

6) Sustainability (0 direct issues) and brand reputation

Cargobikes are 0 contaminants in use (without direct emissions). And in the city, that's not just a “green” argument: it's an operational and commercial argument:

• Fewer restrictions.
• Better fit with municipal policies.
• Better perception of the end customer.

What does “optimize routes” mean on cargobike (it's not just “the shortest path”)

Optimizing for cycling is not “taking Google Maps and that's it”. Good optimization considers:

• Capacity (weight/volume) per vehicle.
• Vehicle type/modal: bicycle vs van vs motorcycle.
• Zones and types of streets (accesses, pedestrians, restrictions).
• Time windows and priorities.
• Pickups and deliveries on the same route (multi-stop and multi-task).
• Load balancing between riders.
• Minimize distance and time, but without creating impossible routes.

In short: you need a plan that is efficient in theory and Executable on the street.

How Routal helps plan and execute cargobike routes

Routal is designed for real last-mile operations: planning, optimization and monitoring. And in cycling logistics, it provides value especially in three areas: planning by modality, operational restrictions and Day-to-day control.

1) Planning by mode type: bicycle, heavy transport, dangerous goods...

Not all deliveries can be carried by bike. Routal allows segment and plan taking into account different types of operation and vehicle (for example, bicycle for the center, van for the suburbs).

This allows you to design a mixed model (”multimodal fleet”) where:

• The bike does what it does best: center, density, difficult access.
• The motor vehicle covers longer routes or heavy loads.

2) Optimization with capacity limits

For cargobikes, “I don't fit” is a daily problem. With Routal you can plan routes that respect the load capacity, avoiding:

• Routes that force extra trips.
• Overloaded riders.
• Imbalance between routes (one full, the other half empty).

3) Ultra-efficient routes for hard-to-reach areas

In areas such as the old town of Barcelona, the key is not to do 5 km less: it's to do less friction:

• Best order of stops.
• Fewer detours.
• Less “turning back” through poorly chosen streets.
• Less time wasted on micro-decisions.

Routal helps you build routes optimized and consistent, which are repeated, improved and scaled up.

4) Pick-up and delivery management (not just “drop-offs”)

Many cycle logistics operations combine:

• Pickups at stores or hubs.
• Deliveries to the end customer.
• Returns or collection of containers/reverse logistics.

Routal allows you to manage pickups and deliveries within the same schedule, maintaining order and control.

5) End customer monitoring and experience

Efficiency doesn't end when the route “goes off”. In cycling logistics, it is very useful to be able to:

• Monitor progress.
• Reduce incidents.
• Improve ETA communication (estimated time).

And, in addition, Routal allows the customer to follow the order and provide feedback (for example, with satisfaction surveys), something key to closing the circle: operation + perceived quality.

Example: delivering in Ciutat Vella without dying trying

Imagine a morning with 40 deliveries spread over El Born, Gòtic and Raval. By van, half the time you would go in:

• find where to stop,
• avoid restrictions,
• walk with the package from afar.

At cargobike, the challenge changes:

• maximize deliveries per delivery without going over capacity,
• order stops to avoid zigzags,
• comply with business hours,
• prevent the rider from making “micro-improvisations” that break the plan.

That's where a tool like Routal makes a difference: the operation ceases to depend on “the person who knows the neighborhood” and becomes a replicable system.

Clear benefits of optimizing cargobike routes with Routal

• More stops per hour (productivity).
• Fewer kilometers and less downtime.
• Fewer incidents (and fewer retries).
• Better route balance between riders.
• Scalability: you can grow without everything depending on informal knowledge.
• Profitability: lower operating costs + better fulfillment of promises.
• Sustainability: 0 direct emissions operation and more compatible with urban centers.

Quick checklist: what to check if you want to improve your cycling

1. Are you planning with Actual capacity (weight/volume) or “by eye”?
2. Do you have repeatable routes or is every day improvisation?
3. Do you correctly separate what goes by bike versus what another mode requires?
4. Do you measure incidents and reattempts by zone/time?
5. Is your operation optimized for the center (accesses, stops, times)?

If any answers make you hesitate, there's probably room for improvement with optimization.

The cargobike is the vehicle... optimization is the business model

Cargobikes are proving that they can be delivered to the city center quickly, flexibly and sustainably. But for that promise to be profitable, the key is to have planning that respects capacity, urban typology and real execution.

Routal allows you to manage a cycling operation with optimized routes, multimodal fleet and end-to-end visibility (planning, monitoring and customer experience). If your goal is to operate in complex areas—such as the old town of Barcelona—and to do so with margin, optimization is not optional: it's the accelerator.

Do you want to see what your cargobike operation would look like with optimized routes? Discover Routal and test real planning with your data.

FAQ

What is a cargobike?

Una Cargobike is a bicycle designed to carry goods (in a front, rear box or platform), often with electrical assistance, ideal for deliveries in urban environments.

What is cyclologistics?

La cyclologistics is the urban distribution of goods using bicycles (especially cargobikes) as the main means, normally supported by micro-hubs or consolidation points.

Why is route optimization so important on cargobikes?

Because the Capacity is limited and margins depend on productivity: ordering stops, respecting time windows and minimizing delays have a direct impact on cost per delivery and profitability.

Can Routal plan routes taking into account bicycles and other vehicles?

Yes. Routal allows you to plan by modalities (for example bicycle for downtown and van for outdoor use) and optimize according to restrictions such as capacity and type of operation.

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In 2026, the reverse logistics it is no longer “an extra” that is managed as it can. It is a structural part of the operation: returns, home collections, convenience points, removal of packaging, management of clean waste... and, increasingly, real circularity (recomerce, refurbishment, recycling and return of materials to the chain).

The problem: The reverse costs money, time and capacity. And if you don't plan well, you eat up the margin.

What is reverse logistics (really) in 2026?

When we talk about reverse logistics, we are talking about the “back” flow from the customer or end point to a warehouse, a hub, a sorting point, a reconditioning workshop or a waste manager.

And that involves much more than “picking up a package”:

• Pickups and returns (ecommerce, retail, B2B).
• Exchanges (delivery and pick up at the same stop).
• Removal of packaging (cardboard, plastic, pallets) on common routes.
• Pick-up at convenience points (lockers, shops, associated points).
• Return classification: resale, refurbishment, recycling, destruction.
• Traceability: collection test, condition of the package, incidents, times.

In Spain, the volume of returns and their complexity are already on the radar: e-commerce closed 2025 with 15.2 million returns (data published in January 2026).
And the operating cost doesn't magically go down: industry studies aim to cost increases per package and to the need for technological investment to contain it.

Why reverse logistics “breaks” operations if you treat it like an appendix

Reverse logistics burdens three things if you don't integrate it:

1. Route planning
   Delivering 120 “drop only” stops is not the same as mixing deliveries + pickups + exchanges. Times change, windows, priorities... and the reality of the street.
2. The capacity of the vehicle
   Conversely, the vehicle “fills up” in the middle of the road. If you don't control capacity (weight/volume/units), you're faced with:
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   1. collections that don't fit,
   2. routes that break,
   3. reattempts,
   4. and a cost that goes up silently.

3. The customer experience
   The return is part of the purchase. And at the same time, a poorly managed return is one of the biggest sources of friction (and calls). It's no accident that brands are fine-tuning policies and processes.

The future isn't “free returns forever” (unless someone pays for the party)

For years, the market pushed “returns-friendly” as a competitive advantage. But the pendulum is moving: more and more retailers are limiting returns or charging fees (especially for returns by mail), leaving free options in store or at specific points.

Recent and commented examples in industry media:

• Fees for mail-order returns on brands such as Zara or H&M, among others, and more pressure to use more efficient return channels (store/point).
• Large retailers expanding return windows in campaigns, but introducing fees in some return methods.

Operational translation: “everything free, everything easy, everything through messaging” doesn't scale when costs and environmental impact go up. If the customer wants “total convenience”, the market is starting to say: perfect, but then you charge (or a more efficient channel is encouraged).

And here's a key idea for 2026: it's not just about reducing returns; it's about designing a cost-effective system to manage them when they occur.

Circularity: turning the inverse into a useful (and measurable) operation

Cost-effective reverse logistics usually has one of these outputs:

• Recommerce (resale).
• Reconditioning (second life).
• Recycling (material returns to the system).
• Return to supplier (B2B closed circuits).

The important leap is to move from “collecting returns” to “managing returns with a clear destination”.

Real case of circularity: Ecoembes MillAzul (clean cardboard on the usual route)

A very interesting example is MillAzul, an Ecoembes pilot test in Coslada (Madrid) to facilitate the recycling of cardboard in stores for an approximate period of Three months, as an efficient solution for cardboard generated in your daily activity. Generating a new business model for the parcel delivery company, while ensuring that the truck was always full.

In projects of this type, the big challenge is not “the idea” (picking up clean cardboard sounds easy), but Fit it into the real operation without adding a brutal extra cost: same vans, same routes, same day... but adding the collection of clean waste with total traceability.

That's where technology makes the difference: if you can plan deliveries and collections together, controlling capacity and times, circularity ceases to be a “pretty” pilot and becomes a sustainable and cost-effective service.

What changes when you integrate deliveries + collections into the same plan

If your operation mixes direct and reverse, you need to answer very specific questions:

• What stops are submits, what are Pick-up And what are they swapping?
• What pickups can go in any vehicle and which do they require? minimum capacity?
• What happens if a route is already “loaded” with deliveries and also has 15 pickups?
• How do you prioritize if there are different time windows and SLAs?
• How do you avoid “empty” kilometers to pick up something that you could have picked up “in passing”?

This is not solved by “adding one more stop”. It is solved with joint optimization.

How Routal helps make reverse logistics profitable (and not a margin hole)

At Routal, reverse logistics is not managed as an exception: it is integrated into the same planning as delivery.

1) Integrated delivery and collection planning

You can build routes where they live together:

• deliveries to the customer,
• collections of returns,
• picked up at convenience points,
• and exchanges (delivery + pick up at the same stop).

The result: fewer kilometers, less improvisation and fewer reattempts.

2) Vehicle capacity to ensure feasible pickups

The key that a lot of operations overlooks: A pickup doesn't always fit.
Routal takes into account the Vehicle capacity to assign pickups to routes where they are actually possible (depending on volume/units/weight, depending on the operating model).

This avoids the classic “yes, we pick it up” which becomes:

• “it didn't fit”,
• “stop by tomorrow”,
• “we duplicate route”,
• “and the margin disappears.”

3) Street monitoring and execution

The reverse requires evidence and information:

• pickup confirmation,
• incidents,
• real times,
• traceability per stop.

And the better you close that cycle, the easier it is to:

• reduce calls,
• anticipate problems,
• and make decisions about return policies based on data (not on intuition).

Advantages of reverse logistics when you do it right

Using the advantages of reverse logistics as a lever (not as an inevitable cost):

• Better customer experience (scheduled and reliable collections).
• Lower cost per return (integration into existing routes).
• More real circularity (less waste, more reuse).
• Data to decide (which products return the most, where, why and how much it costs).
• Defensible profitability: you can keep a good service without giving it away.

2026 is about balancing service, cost and circularity

Reverse logistics will continue to grow, but the market is making one thing clear: It's not sustainable that it's free and unlimited... unless the customer pays that cost or you turn it into an optimized operation.

If your operation already makes (or is going to make) returns, collections, exchanges or circularity like clean cardboard/packaging, the question is not whether you do it: it is How do you plan it to be profitable.

Routal it's designed just for that: deliveries + collected in a single schedule, with Vehicle capacity, optimization and operational control so that circularity is not a “parallel project”, but part of everyday life.

If you want to talk about your operations and how we could help improve their efficiency, Let's talk.

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